JP2010174636A

JP2010174636A - Various energy conservation cycle combined engine

Info

Publication number: JP2010174636A
Application number: JP2009015027A
Authority: JP
Inventors: Hiroyasu Tanigawa; 浩保谷川; Kazunaga Tanigawa; 和永谷川
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-01-27
Filing date: 2009-01-27
Publication date: 2010-08-12

Abstract

<P>PROBLEM TO BE SOLVED: To prevent global warming by decupling electric-generating capacity in the existing world by operating liquid tin gravity solar power generation. <P>SOLUTION: When the liquid tin gravity solar power generation is performed and two kinds of vertical full-moving blade liquid tin gravity solar thermal turbines are respectively driven by liquid tin overheated steam acceleration+liquid tin compressed air acceleration, power having the same speed and the same volume as the atmospheric pressure is set to be 1,700×7.3=12,000 times stronger than the existing steam turbine power generation, gravity acceleration is accelerated vertically downward, and the electric-generating capacity obtained by driving the turbine at liquid tin speed with a head increased to, for example, 1,000 m, is increased. Thereby, the electric-generating capacity in the existing world is decupled by operating the liquid tin gravity solar power generation. Consequently, anybody can cooperatively and easily achieve various automobiles and various ships driven by extremely inexpensive gravity solar power generation storage batteries and all-electric homes and electric plants driven by electricity, fuel expense, CO2 emission and sea temperature rise are reduced to zero, the global warming is prevented by abolishing the existing thermal and nuclear power generation, and extermination of mankind is postponed. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

地球最大加速が重力加速度で最大熱量が太陽光です。従って熱量と質量に分割使用の理論最良エンジンを、竪型全動翼液体錫重力太陽熱タービン８Ｇ２種類として、太陽光加熱器２や太陽熱増大吊橋２ｂを太陽光と直角維持のため、太陽光加熱器２を水面上で傾斜回転させ太陽光の２方向直角照射時間最大にして、同様に太陽熱増大吊橋２ｂも陸上で傾斜回転させて吸入空気路２８Ａ空気を太陽光加熱し、熱ポンプ１Ｇで繰り返し８００〜１２００度に圧縮熱回収して、３００度前後２４〜４００ＭＰａ圧縮空気２８ａ質量＋５００度前後２４〜４００ＭＰａ過熱蒸気５０熱量に分割保存使用し、竪型全動翼液体錫重力太陽熱タービン８Ｇを限り無く多段に設けて落差を増大した出力増大として、合金を含む液体錫を４００ＭＰａ等、液体錫噴射ポンプ６Ｃで２種類保温タービンに噴射し、保温質量タービン駆動の過程では５００度以下液体錫を噴射して重力加速度追加にして、３００度前後２４〜４００ＭＰａ圧縮空気２８ａ質量で加速空気２８ａ容積を増大して加速を増大し、液体錫の転がり接触回転出力の増大として、熱量駆動の過程では５００度以上液体錫を４００ＭＰａ等で液体錫噴射ポンプ噴射し、過熱蒸気５０熱量と重力加速度で加速して、２種類の竪型全動翼液体錫重力太陽熱タービン８Ｇを駆動する、重力太陽熱発電技術に関する。 The maximum acceleration of the earth is gravitational acceleration and the maximum heat is sunlight. Therefore, the theoretical best engine divided and used for the amount of heat and mass is a vertical all blade liquid tin gravity solar turbine 8G2 type, so that the solar heater 2 and the solar thermal suspension suspension bridge 2b are maintained at right angles to the sunlight. 2 is inclined and rotated on the surface of the water to maximize the irradiation time of two directions perpendicular to the sunlight. Similarly, the solar thermal augmentation suspension bridge 2b is also inclined and rotated on land to heat the air of the intake air passage 28A by sunlight and repeatedly 800 by the heat pump 1G. Compressed heat recovery to ~ 1200 degrees, 24 ~ 400MPa compressed air 28a mass around 300 degrees + 24 ~ 400MPa superheated steam 50 heat quantity around 500 degrees divided and used, endless all-blade liquid tin gravity solar heat turbine 8G In order to increase output by providing multiple stages and increasing the head, liquid tin containing alloy is injected into two types of heat-retaining turbines, such as 400 MPa, by a liquid tin injection pump 6C. In the process of turbine operation, liquid tin is injected below 500 degrees to add gravitational acceleration, the volume of acceleration air 28a is increased by about 24-400 MPa compressed air 28a around 300 degrees, the acceleration is increased, and rolling contact of liquid tin In order to increase the rotational output, in the process of calorific value driving, liquid tin is injected at a liquid tin injection pump of 500 MPa or more at 400 MPa, etc., and accelerated by superheated steam 50 calorie and gravitational acceleration. The present invention relates to a gravitational solar power generation technology for driving a solar thermal turbine 8G.

既存の蒸気タービンで５００度以上の蒸気使用が実用化しており、５００度以下で重量と表面張力が大きい液体を理論最良の出力増大球２Ｅとし、合金を含む水銀・液体鉛・液体ビスマス・液体錫・液体カドミウム・液体インジウム・液体ガリウム・液体亜鉛・水の順番から選択実験使用として、５００度前後液体錫の表面張力と比重と安価と資源量を武器等とし、大気圧同速度同容積仕事率ｋｇ重ｍ／秒を、既存蒸気タービン発電の１７００×７．３倍＝１．２万倍液体錫発電量にして、圧縮空気質量利用熱量利用２種類の竪型全動翼液体錫重力太陽熱タービン８Ｇを駆動にし、限り無く多段に設けて落差を増大の過程で保温タービン間に横軸１ｈを設けて、横軸１ｈ発電機１や横軸１ｈ熱ポンプ１Ｇをタービン外箱７７ａ外で駆動して、２種類竪型全動翼液体錫重力太陽熱タービン８Ｇの回転方向を交互にして振動や騒音を相殺し、合金を含む液体錫の発電量や太陽熱の回収利用重力太陽熱発電を可能にして、排気の過程では保温質量タービンの排気で保温熱量タービンの排気を冷却し、高温圧縮空気排気を吸入して熱ポンプ１Ｇで圧縮繰返し１２００度に近付け熱回収して、資源量を含む実験最良エンジンに移行する、海水温度上昇０ＣＯ２排気０の重力太陽熱発電技術に関する。 The use of steam of 500 ° C or more is put into practical use with existing steam turbines, and the liquid with a large weight and surface tension at 500 ° C or less is the theoretically best power increase sphere 2E, and contains mercury, liquid lead, liquid bismuth, liquid containing alloy Select experiments in the order of tin, liquid cadmium, liquid indium, liquid gallium, liquid zinc, and water, and use the surface tension, specific gravity, low cost, and resource amount of liquid tin around 500 degrees as weapons, etc. The rate of kg weight m / sec is 1700 x 7.3 times the existing steam turbine power generation = 12,000 times the liquid tin power generation amount. The turbine 8G is driven, and the horizontal axis 1h is provided between the heat-insulating turbines in the process of increasing the head by increasing the number of stages, and the horizontal axis 1h generator 1 and the horizontal axis 1h heat pump 1G are driven outside the turbine outer casing 77a. do it, Type 全 full-blade liquid tin gravity solar turbine 8G rotation direction is alternated to cancel vibration and noise, enabling generation of liquid tin containing alloy and gravity solar power generation using solar heat recovery, exhaust process Then, the exhaust of the thermal insulation heat quantity turbine is cooled by the exhaust of the thermal insulation mass turbine, the high temperature compressed air exhaust is sucked, the heat pump 1G approaches the compression repetition of 1200 degrees, and the heat is recovered, and the experiment moves to the best engine including the amount of resources. This invention relates to gravity solar thermal power generation technology with seawater temperature rise 0 CO2 exhaust 0.

後追いエンジン発明阻止のため、高校や大学で既存エンジンを理論最良エンジンと徹底的に騙しており、小学校理科に戻って理論最良エンジンを考えると、出力や仕事率の単位がｋｇ重ｍ／秒等重量×速度のため、重い物質を高速度にして回転出力発生が理論最良エンジンです。更に火力原子力発電の海面温度７度上昇は環境に影響皆無と騙しており、これも騙しが明白で海面温度７度上昇を１００年続け、原子力発電でＣＯ２排出量を低減しても、海水表面温度７度上昇海域が１０％成長で１０００倍を超えるため、旱魃や豪雨や風速を１０倍の３００ｍ／秒台風や季節風として南極の氷を０に近付け、陸と海の食糧が０に近付き、人類が絶滅する背景があります。火力原子力発電では海面温度７度上昇は環境に影響皆無と騙しており、日本近海の海藻類や魚類が絶滅に近付くテレビ報道が実際です。ＩＰＣＣ北極予測も海面温度７度上昇がコンピュータ計算外のため、衛星０７年観測北極海海氷面積がＩＰＣＣ第４次報告書の４０年後に近い状態で観測された報道があり、ＩＰＣＣ予測全部を大誤報と考えるのが良く、平均的に１度温度上昇しても異状気象は困難で、９０％前後が海面温度７度上昇と考えると、１００年前後で海面温度２〜３回上昇１４〜２１度上昇海域が南極に接近し、南極の氷が０に近付き、海面上昇が７７ｍに近付く背景があります。 In order to prevent the invention of the follow-up engine, the existing engine is thoroughly deceived as a theoretical best engine in high school and university. When returning to elementary school science and thinking about the theoretical best engine, the unit of output and work rate is kg weight m / second, etc. Due to the weight x speed, it is the theoretical best engine that generates heavy output at a high speed with heavy substances. Furthermore, a 7 degree rise in sea surface temperature of thermal nuclear power generation is believed to have no impact on the environment, and this is obvious, even if the sea level temperature rises 7 degrees for 100 years and CO2 emissions are reduced by nuclear power generation, Because the sea area where the temperature rises by 7 degrees exceeds 1000 times by 10% growth, Antarctic ice is brought close to 0 as a 300m / second typhoon or seasonal wind that is 10 times higher than drought, heavy rain, and wind speed, and land and sea food approaches 0, There is a background to the extinction of mankind. With thermal nuclear power generation, a 7-degree rise in sea surface temperature is said to have no impact on the environment, and TV reports that seaweeds and fish near Japan are nearing extinction are actual. In the IPCC Arctic prediction, since the sea surface temperature rise of 7 degrees is out of the computer calculation, there is a report that the Arctic sea ice area observed in 2007 was close to 40 years after the IPCC Fourth Report. It is good to think of it as a big misinformation, and even if the temperature rises by 1 degree on average, abnormal weather is difficult, and if about 90% thinks that the sea surface temperature will rise by 7 degrees, the sea surface temperature will rise 2-3 times around 100 years 14 ~ There is a background in which the sea area rising 21 degrees approaches the South Pole, the Antarctic ice approaches 0, and the sea level rise approaches 77m.

出力や仕事率の単位がｋｇ重ｍ／秒等重量×速度のため、重い物質を重力加速度加速にして回転出力を発生するのが理論最良エンジンですが、考えた痕跡が皆無という背景があります。そこで消費燃料０液体錫の重力太陽熱発電にし、大気圧同速度同容積仕事率ｋｇ重ｍ／秒を１．２万倍液体錫仕事率にして、水銀や液体鉛や液体ビスマスや液体錫や液体亜鉛や水等液体比重大物質１ｃを垂直下方に重力加速度加速にすると、低速で落差を増大する入力より重力加速度加速だけでも出力発生は大幅に増大し、気化爆発力を追加した出力として、タービンの大型化多数化＋落差を１０００ｍ以上に増大限り無く出力を増大できる背景があります。地球での最大加速が重力加速度で無限大に近く、海水温度上昇０やＣＯ２排気０や燃料費０の理論最良エンジン重力太陽熱発電として、温熱や冷熱の回収利用や無限大に近い発電量とし、重力太陽熱発電蓄電池駆動や電気駆動の、各種自動車類全盛や各種船舶類全盛や全面電化住宅全盛等、極端に安価な発電の蓄電池駆動や電気駆動の地球温暖化防止が得られる背景があります。 Since the unit of output and power is kg weight m / sec, equal weight x speed, the best engine theoretically generates a rotating output by accelerating gravitational acceleration of heavy substances, but there is a background that there is no trace of thought. Therefore, gravity solar thermal power generation with zero consumption of liquid tin, atmospheric pressure, same speed, same volumetric power, kg weight m / sec, 12,000 times liquid tin power, mercury, liquid lead, liquid bismuth, liquid tin, liquid When the gravity-accelerated acceleration material 1c, such as zinc or water, is accelerated vertically downward, the output generation is greatly increased only by the acceleration of gravitational acceleration rather than the input that increases the head at low speed. There is a background that can increase the output without increasing the number of large size + head to 1000m or more. The maximum acceleration on the earth is near infinity due to gravitational acceleration, and the best engine gravity solar thermal power generation with seawater temperature rise 0, CO2 exhaust 0 and fuel cost 0, the use of heat and cold recovery and power generation near infinity, Gravity solar power generation battery drive and electric drive, various types of automobiles, various types of ships, full-scale electrified housing, etc.

昭和１７〜１８年に理論最良エンジンの発明を決意実際は改良から始め、昭和３８年岡山地方発明センターの請負で試作を開始して、自分でも試作を続けましたがエンジンの試作は非常に困難です。そこで昭和５７年２月より国内大企業等多数にご協力のお願い始めましたが、日本企業等の協力が皆無で、外国唯一お願いしたクリントン大統領の協力がお願いの都度３年３回得られ、１９９２年米国特許５１３３３０５号、１９９３年米国特許５２３０３０７号、１９９５年米国特許５４２９０７８号の駄目発明が判明したのです。既存のエンジンに致命的な欠点が非常に多く改良発明不可能が判明し、急がば回れと１９９７年ホームページを開設して欠点を１つ改良特許出願して、２００８年理論最良エンジンに到達、大統領の協力が略開花したので実験最良エンジンに移行したいのです。 Decided to invent the theoretical best engine in 1958 and 1980. Actually started with improvements, started the prototype at the Okayama Regional Invention Center in 1963, and continued to make the prototype myself, but the engine prototype was very difficult. . Therefore, in February 1982, we started requesting cooperation from a large number of domestic large corporations, etc., but there was no cooperation from Japanese companies, etc., and every time we asked for the cooperation of President Clinton, the only request from foreign countries, three times a year, The 1992 US Patent 5133305, 1993 US Patent 5230307, and 1995 US Patent 5429078 were found to be useless. It was found that there were so many fatal defects in the existing engine that it was impossible to improve the invention. In a hurry, the 1997 homepage was opened and an improvement patent was filed for one defect. Since the president's cooperation has almost blossomed, I want to move to the best engine for experiments.

米国特許第６１１９６５０号、中国特許第８８１８号、ＥＵ英国特許９０２１７５号、米国特許第６２６３６６４号があり、上記多数の背景技術を改良や、下記特許文献２理論最良エンジン発明の過程の発明や、実験最良を狙う発明があります。There are US Pat. No. 6,119,650, Chinese Patent No. 8818, EU British Patent No. 902175, and US Pat. No. 6,263,664. Many of the above-mentioned background technologies have been improved, and the following patent document 2 theoretical best engine invention process invention and experiment There is an invention that aims for the best.

先の出願として特願２００７−１７９２０４号、特願２００７−２２１９７０号、特願２００７−２３７３６７号、特願２００７−２５０３４８号、特願２００７−２６５１１５号、特願２００８−６６１２号、特願２００８−２２２４６号、特願２００８−２４６５６号、特願２００８−２８５８２号、特願２００８−３０１６２号、特願２００８−９４４５２号、特願２００８−９９８７０号、特願２００８−１２５６６５号、特願２００８−１３４０４６号、特願２００８−１３７６２９号、特願２００８−１５７５５６号、特願２００８−１５８８３０号、特願２００８−１６２８４２号、特願２００８−１６４１１１号、特願２００８−１６６９０７号、特願２００８−１６９９７９号、特願２００８−１７３０４６号、特願２００８−１７４２３１号、特願２００８−１７８７００号、特願２００８−１７９８７２号、特願２００８−１８１０５２号、特願２００８−１８２３２５号、特願２００８−１８６７９５号、特願２００８−１８８１６５号、特願２００８−２０２６７７号、特願２００８−２０３８４２号、特願２００８−２０６６３２号、特願２００８−２０９４９７号、特願２００８−２１４９１２号、特願２００８−２２９４３４号、特願２００８−２３１８４２号、特願２００８−２４３６９０号、特願２００８−２４５０６１号、特願２００８−２４９７１９号、特願２００８−２５６００６号、特願２００８−２６６０２０号、特願２００８−２６９２９４号、特願２００８−２８２８２５号、特願２００８−２８８４１１号、特願２００８−２９０６３０号、特願２００８−２９５１７４号、特願２００８−２９９０９１号、特願２００８−３０５９５１号、特願２００８−３１９２１０、特願２００８−３２７０４５号と、実験最良を狙う特願２００９−０１１６５６号があります。As prior applications, Japanese Patent Application No. 2007-179204, Japanese Patent Application No. 2007-221970, Japanese Patent Application No. 2007-237367, Japanese Patent Application No. 2007-250348, Japanese Patent Application No. 2007-265115, Japanese Patent Application No. 2008-6612, and Japanese Patent Application No. 2008- No. 22246, Japanese Patent Application No. 2008-24656, Japanese Patent Application No. 2008-28582, Japanese Patent Application No. 2008-30162, Japanese Patent Application No. 2008-94452, Japanese Patent Application No. 2008-99870, Japanese Patent Application No. 2008-125665, Japanese Patent Application No. 2008-134046. No., Japanese Patent Application No. 2008-137629, Japanese Patent Application No. 2008-157556, Japanese Patent Application No. 2008-158830, Japanese Patent Application No. 2008-162842, Japanese Patent Application No. 2008-164111, Japanese Patent Application No. 2008-166907, Japanese Patent Application No. 2008-169799. Japanese Patent Application No. 2008-173046, Japanese Patent Application No. 20 Japanese Patent Application No. 8-174231, Japanese Patent Application No. 2008-178700, Japanese Patent Application No. 2008-179882, Japanese Patent Application No. 2008-181052, Japanese Patent Application No. 2008-182325, Japanese Patent Application No. 2008-186895, Japanese Patent Application No. 2008-188165, Japanese Patent Application No. 2008. No. -202676, Japanese Patent Application No. 2008-203842, Japanese Patent Application No. 2008-206632, Japanese Patent Application No. 2008-209497, Japanese Patent Application No. 2008-214912, Japanese Patent Application No. 2008-229434, Japanese Patent Application No. 2008-231842, Japanese Patent Application No. 2008- No. 243690, Japanese Patent Application No. 2008-244501, Japanese Patent Application No. 2008-249719, Japanese Patent Application No. 2008-256006, Japanese Patent Application No. 2008-266020, Japanese Patent Application No. 2008-269294, Japanese Patent Application No. 2008-282825, Japanese Patent Application No. 2008-288411 No., Japanese Patent Application 2008- There are No. 90630, Japanese Patent Application No. 2008-295174, Japanese Patent Application No. 2008-290991, Japanese Patent Application No. 2008-305951, Japanese Patent Application No. 2008-319210, Japanese Patent Application No. 2008-327045, and Japanese Patent Application No. 2009-011656 aiming for the best experiment. .

既存世界の火力原子力発電所では、ＣＯ２増大地球温暖化加速や海水表面温度摂氏７度上昇海域を１００年で１０００倍等とし、冬場に海面冷却海底に栄養分を供給していた自然現象を不可能として、植物プランクトンや海草類やサンゴ等を激減、食物連鎖により魚類の食糧激減魚類を大幅に激減人類の海中食物を限り無く減少し、旱魃や集中豪雨や台風や季節風を１００年で１０倍等に増大して、例えば台風や季節風を３００ｍ／秒等として陸上での食糧生産も加速度的に困難とし、人類絶滅の危険を増大のため、地球温暖化防止して人類絶滅を先送りする課題が在ります。 In the existing world thermal power plants, CO2 increases global warming acceleration and sea surface temperature rises 7 degrees Celsius by 1000 times in 100 years, and the natural phenomenon of supplying nutrients to the sea surface cooling seabed in winter is impossible As a result, phytoplankton, seaweeds, corals, etc. are drastically reduced, fish foods are drastically reduced by the food chain, fishery foods are drastically reduced, and droughts, heavy rains, typhoons and seasonal winds are increased 10 times in 100 years Increasingly, for example, typhoon and seasonal winds are 300m / second, etc., making it difficult to produce food on land at an accelerated rate, increasing the risk of human extinction, so there is a challenge to prevent global warming and postpone human extinction .

理論最良エンジンから実験最良エンジンに順次移行した重力太陽熱発電により、太陽光からの温熱と冷熱の回収利用を限り無く増大し、限りある石油資源等はＣＯ２にせず大切な資源として子子孫孫まで残すと共に地球温暖化防止して、旱魃や海面上昇や台風や季節風の巨大化を阻止し、海底に冷熱の酸素や窒素等の栄養分を供給して、植物プランクトンや海草類やサンゴや魚類等を増殖人類の食物を増大し、既存世界の１０倍発電量以上として、既存世界の火力原子力発電所を全廃重力太陽熱発電にし、重力太陽熱発電の蓄電池駆動各種自動車類全盛や、蓄電池駆動各種船舶類全盛や電気駆動全面電化住宅全盛や工場電化全盛や温熱と冷熱利用全盛にして、海水温度上昇０やＣＯ２排気０や燃料費０で発電し、地球温暖化防止して人類絶滅を先送りします。 Gravity solar power generation, which has gradually shifted from the theoretical best engine to the experimental best engine, will increase the use of solar heat and cold energy as much as possible, and the limited oil resources will remain as important resources without descending to CO2 Together with preventing global warming, preventing droughts, sea level rise, typhoons and seasonal winds from growing, supplying nutrients such as cold oxygen and nitrogen to the ocean floor, and breeding phytoplankton, seaweeds, corals and fish Increase the amount of food, increase the generation of electricity more than 10 times that of the existing world, make the existing world thermal nuclear power plant completely abolished gravitational solar power generation, accelerating the use of gravitational solar power storage battery-powered automobiles, accelerating storage battery-powered various ships and electricity Drive full electrified housing prime, factory electrification prime and hot and cold use prime, generate seawater temperature 0, CO2 exhaust 0 and fuel cost 0, prevent global warming and extermination of mankind Postponed to.

ＣＯ２排気０海水温度上昇０燃料費０の竪型全動翼重力太陽熱タービンにより、重力太陽熱発電にして、例えば液体錫重力太陽熱発電にし、大気圧同速度同容積仕事率ｋｇ重ｍ／秒を既存蒸気タービン発電の１．２万倍発電量にして、既存世界の発電量の１０倍発電量とし、重力太陽熱発電蓄電池駆動各種自動車類全盛や、蓄電池駆動各種船舶類全盛や全面電化住宅全盛にして、既存世界の火力原子力発電所全廃ＣＯ２排気０海面温度上昇０にし、地球温暖化防止海水温度上昇０にして、人類絶滅を先送りする効果があります。 CO2 exhaust gas 0 Seawater temperature rise 0 Fuel cost 0 vertical all blade gravity solar thermal turbine, gravity solar thermal power generation, for example, liquid tin gravity solar thermal power generation, existing atmospheric pressure, same speed, same volumetric power kg weight m / second The power generation amount is 12,000 times that of steam turbine power generation, and the power generation amount is 10 times that of the existing world power generation. Various types of automobiles driven by gravity solar power storage batteries, various types of ships driven by storage batteries, and full-scale electrified housing. , The total abolishment of thermal nuclear power plants in the existing world CO2 exhaust is reduced to 0, sea surface temperature is increased to 0, and global warming prevention seawater temperature is increased to 0.

熱量駆動竪型全動翼重力太陽熱タービン８Ｇの説明図（実施例１）Explanatory drawing of a calorie-driven vertical all blade gravity solar turbine 8G (Example 1) 質量駆動竪型全動翼重力太陽熱タービン８Ｇの説明図（実施例２）Explanatory drawing of mass driven vertical all blade gravity solar thermal turbine 8G (Example 2) 太陽光加熱器２の説明図（実施例３）Explanatory drawing of solar heater 2 (Example 3) 太陽熱増大吊橋２ｂの説明図（実施例４）Explanatory drawing of the solar heat increase suspension bridge 2b (Example 4)

発明の実施の形態や実施例を、図面を参照して説明するが、実施形態や実施例と既説明とその構成が略同じ部分には、同一の名称又は符号を付して、重複説明はできるだけ省略し、特徴的な部分や説明不足部分は、順次追加重複説明する。又非常に難解な脳内理論最良エンジン発明のためと、意図する所及び予想を具体的に明快に説明するため、アイディアを仮説数字で説明するが、正解は実験数字として理論最良エンジンの仮説数字に限定しません。最良と思われるアイディアを多数の用途で重複説明し、用途に合せてアイディアを選択使用して、請求項では多用途に合せて選択使用するため千変万化し、理論最良エンジンから実験最良エンジンに順次移行するため実験結果を重視して、出願の要素を互換することとして膨大になる出願請求項の数を低減します。 Embodiments and examples of the invention will be described with reference to the drawings, but the same names or reference numerals are given to portions that are substantially the same as those of the embodiments and examples and the description, and redundant description will be omitted. Omitted as much as possible, and the characteristic part and the lack of explanation will be explained in duplicate. The idea is explained with hypothetical figures for the very difficult brain theory best engine invention and to clearly explain the intended place and expectation, but the correct answer is the hypothetical figure of the theoretical best engine as an experimental figure. It is not limited to. The idea that seems to be the best is duplicated in many applications, the idea is selected and used according to the application, and the claim is selected to be used according to multiple applications. In order to reduce the number of application claims that become enormous as the results of the application are interchanged.

図１の熱量駆動液体錫重力太陽熱発電では、圧縮空気の熱量駆動と質量駆動の保温装置を具備した２種類の内、熱量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇを、タービン外箱７７ａ内に１〜１２０段等垂直に多段に設けて、重量を支える推力軸受８０ａや軸受８０を設け、吸入空気２８ａを太陽光と長レンズ２ｄと熱吸収材２Ｂにより加熱して、複数の熱ポンプ１Ｇで複数回吸入圧縮複数回８００〜１２００度にし、複数回熱回収３００〜４００度前後にして、２００度前後２４〜４００ＭＰａ圧縮空気２８ａ質量＋５００度前後２４〜４００ＭＰａ過熱蒸気５０熱量に分割保存使用し、熱量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇ駆動の過程では、保温装置付増大球上昇装置２Ｆにより液体錫を最上部に上昇保存して、出力増大手段２Ｄを開放分割保存した過熱蒸気５０を噴射し、同時に合金を含む液体錫２Ｅを、液体錫噴射ポンプ６Ｃで４００ＭＰａ噴射して、熱量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇを駆動し、保温熱量タービン間に横軸１ｈを設け、タービン外箱７７ａ外で発電機１や熱ポンプ１Ｇを駆動して、タービン８Ｇの回転方向を交互にして振動や騒音を相殺し、振動や騒音を僅少にして地球温暖化防止発電にします。 In the calorie-driven liquid tin gravity solar power generation of FIG. 1, among the two types equipped with a heat quantity drive and mass drive heat insulation device of compressed air, a calorie-driven vertical all-blade liquid tin gravity solar turbine 8G is installed in a turbine outer box 77a. A thrust bearing 80a and a bearing 80 that are vertically provided in multiple stages, such as 1 to 120 stages therein, are provided, and a plurality of heat pumps are provided by heating the intake air 28a by sunlight, the long lens 2d, and the heat absorbing material 2B. 1G multiple times of suction compression multiple times 800-1200 degrees, multiple times heat recovery around 300-400 degrees, about 200 degrees around 24-400MPa compressed air 28a mass + around 500 degrees 24-400MPa superheated steam 50 heat quantity divided storage use In the process of driving the calorie-driven vertical all-blade liquid tin gravity solar turbine 8G, the liquid sphere is lifted and stored at the top by the increasing sphere raising device 2F with a heat retaining device, and the output is increased. The superheated steam 50 in which the means 2D is stored in an open and divided state is injected, and at the same time, liquid tin 2E containing an alloy is injected by the liquid tin injection pump 6C at 400 MPa to drive the calorie-driven vertical all blade liquid tin gravity solar heat turbine 8G. The horizontal axis 1h is provided between the heat retaining heat quantity turbines, the generator 1 and the heat pump 1G are driven outside the turbine outer box 77a, and the rotation direction of the turbine 8G is alternately offset to cancel the vibrations and noises. Minimize power generation to prevent global warming.

熱量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇには、重量を支える推力軸受８０ａや軸受８０や液体錫を加速する重力加速部１ｇを設け、重力加速部１ｇには発電機１や熱ポンプ１Ｇを駆動する横軸１ｈ貫通穴を具備して、発電機１や熱ポンプ１Ｇを断熱保温したタービン外箱７７ａの外で駆動し、熱量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇを、液体錫噴射ポンプ６Ｃの噴射速度を過熱蒸気５０加速で駆動して、重力加速度により液体錫の最高速度とし、大気圧同速度同容積仕事率ｋｇ重ｍ／秒を既存蒸気タービン発電の１．２万倍発電にして、既存タービン翼断面積の２〜２６倍断面積にしたタービン翼断面４Ｘに噴射し、強度増大大型翼面の転がり接触回転出力発生として、排気の過程では復水器２ａの保温質量タービン排気２８ａを熱ポンプで吸入し、膨大な数の熱ポンプ１Ｇで低圧低温にして過熱蒸気５０を冷却して復水５２ａとして、空気抽出器５１で復水器２ａを真空にし、液体錫（２５３℃表面張力５２６ｄｙｎ／ｃｍ）は保温装置付増大球上昇装置２Ｆで最上部に上昇保存使用として、海水温度上昇０ＣＯ２排気０燃料費０の発電にし、既存火力原子力発電量を０にする地球温暖化防止発電にします。 A calorie-driven vertical all-blade liquid tin gravity solar turbine 8G is provided with a thrust bearing 80a that supports weight, a bearing 80 and a gravity acceleration unit 1g that accelerates liquid tin, and the gravity acceleration unit 1g includes a generator 1 and a heat pump. A horizontal shaft 1h through-hole for driving 1G is provided, and the generator 1 and the heat pump 1G are driven outside a heat-insulated turbine outer box 77a, and a calorific value driven vertical moving blade liquid tin gravity solar heat turbine 8G The injection speed of the liquid tin injection pump 6C is driven by superheated steam 50 acceleration, and the maximum speed of liquid tin is obtained by gravitational acceleration, and the atmospheric pressure, the same speed, and the same volumetric power kg weight m / second are 1.2 of the existing steam turbine power generation. In the process of exhaust, the condenser 2a is injected into the turbine blade cross section 4X, which has a cross section area of 2 to 26 times the existing turbine blade cross section, and generates a rolling contact rotation output of a large blade surface with increased strength. Thermal insulation mass turbine exhaust 28a is sucked by a heat pump, and the superheated steam 50 is cooled to a low pressure and low temperature by a huge number of heat pumps 1G to form condensate 52a, and the condenser 2a is evacuated by an air extractor 51, and liquid tin (253 ° C. Surface tension of 526 dyn / cm) is increased and stored at the top of the rising sphere rising device 2F with a heat retaining device, seawater temperature rise 0 CO2 exhaust 0 fuel cost 0 power generation, existing thermal nuclear power generation amount 0 to prevent global warming I will generate electricity.

図２の質量駆動液体錫重力太陽熱発電では、圧縮空気の熱量駆動と質量駆動の保温装置を具備した２種類の内、質量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇを、タービン外箱７７ａ内に１〜１２０段等垂直に多段に設けて、重量を支える推力軸受８０ａや軸受８０を設け、吸入空気２８ａを太陽光と長レンズ２ｄと熱吸収材２Ｂにより加熱して、複数の熱ポンプ１Ｇで複数回吸入圧縮複数回８００〜１２００度にし、複数回熱回収３００〜４００度前後にして、２００度前後２４〜４００ＭＰａ圧縮空気２８ａ質量＋５００度前後２４〜４００ＭＰａ過熱蒸気５０熱量に分割保存使用し、質量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇ駆動の過程では、保温装置付増大球上昇装置２Ｆにより液体錫を最上部に上昇保存して、出力増大手段２Ｄを開放分割保存した圧縮空気２８ａ質量を噴射し、同時に合金を含む液体錫２Ｅを、液体錫噴射ポンプ６Ｃで４００ＭＰａ噴射して、質量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇを駆動し、保温タービン間に横軸１ｈを設け、タービン外箱７７ａ外で発電機１や熱ポンプ１Ｇを駆動して、タービン８Ｇの回転方向を交互にして振動や騒音を相殺し、振動や騒音を僅少にして地球温暖化防止発電にします。 In the mass-driven liquid tin gravity solar power generation shown in FIG. 2, the mass-driven vertical all-blade liquid tin gravity solar turbine 8G, which is equipped with a heat drive and mass-driven heat retention device for compressed air, is connected to a turbine outer casing 77a. A thrust bearing 80a and a bearing 80 that are vertically provided in multiple stages, such as 1 to 120 stages therein, are provided, and a plurality of heat pumps are provided by heating the intake air 28a by sunlight, the long lens 2d, and the heat absorbing material 2B. 1G multiple times of suction compression multiple times 800-1200 degrees, multiple times heat recovery around 300-400 degrees, about 200 degrees around 24-400MPa compressed air 28a mass + around 500 degrees 24-400MPa superheated steam 50 heat quantity divided storage use In the process of driving the mass driven vertical all-blade liquid tin gravity solar turbine 8G, the liquid tin is raised and stored at the top by the increasing sphere raising device 2F with a heat retaining device, and the output is increased. The mass of compressed air 28a in which the means 2D is stored in an open divided state is injected, and at the same time, liquid tin 2E containing an alloy is injected by the liquid tin injection pump 6C at 400 MPa to drive the mass driven vertical all blade liquid tin gravity solar turbine 8G. The horizontal axis 1h is provided between the heat retaining turbines, the generator 1 and the heat pump 1G are driven outside the turbine outer box 77a, and the vibration and noise are canceled by alternately rotating the turbine 8G. Minimize power generation to prevent global warming.

質量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇには、重量を支える推力軸受８０ａや軸受８０や液体錫を加速する重力加速部１ｇを設け、重力加速部１ｇには発電機１や熱ポンプ１Ｇを駆動する横軸１ｈ貫通穴を具備して、発電機１や熱ポンプ１Ｇを断熱保温したタービン外箱７７ａの外で駆動し、質量駆動竪型全動翼液体錫重力太陽熱タービン８Ｇを、液体錫噴射ポンプ６Ｃの噴射速度を圧縮空気２８ａ加速で駆動して、重力加速度により圧縮空気速度の液体錫速度とし、大気圧同速度同容積仕事率ｋｇ重ｍ／秒を既存蒸気タービン発電の１．２万倍にして、既存タービン翼断面積の２〜２６倍断面積にしたタービン翼断面４Ｘに噴射し、強度増大大型翼面の転がり接触と圧縮空気を加熱する回転出力増大として、保温質量タービンの圧縮空気排気は、タービン数に比例した膨大な数の熱ポンプ１Ｇにより吸入低圧低温空気にし、吸入低圧低温として回転出力を増大すると共に保温熱量タービンの排気過熱蒸気を冷却熱回収して、熱ポンプ１Ｇで繰り返し高圧圧縮熱回収量を増大する、海水温度上昇０ＣＯ２排気０燃料費０の発電にして、既存火力原子力発電量を０にして地球温暖化防止します。 The mass-driven vertical all-blade liquid tin gravity solar turbine 8G is provided with a thrust bearing 80a supporting the weight, a bearing 80, and a gravity acceleration unit 1g for accelerating liquid tin, and the gravity acceleration unit 1g includes a generator 1 and a heat pump. 1G is driven by a horizontal shaft 1h through-hole, and the generator 1 and the heat pump 1G are driven outside the heat-insulated turbine outer box 77a. The injection speed of the liquid tin injection pump 6C is driven by acceleration of the compressed air 28a, and the liquid tin speed of the compressed air speed is obtained by gravity acceleration. 20,000 times, injected into the turbine blade cross section 4X, which has a cross section area of 2 to 26 times the existing turbine blade cross-sectional area, and the thermal insulation mass is increased as the rolling contact of the large blade surface with increased strength and the rotational output increase to heat the compressed air Turbine The compressed air exhaust is converted into suction low-pressure low-temperature air by an enormous number of heat pumps 1G proportional to the number of turbines, and the rotational output is increased by suction low-pressure low-temperature, and the heat of the heat-retention heat turbine exhaust heat is cooled and recovered. 1G repeatedly increases high pressure compression heat recovery amount, seawater temperature rise 0CO2 exhaust 0 fuel cost 0 power generation, existing thermal nuclear power generation amount 0 to prevent global warming.

図３の太陽光加熱器２は各種水面を利用し、地球最大熱量の太陽光を長レンズ２ｄで直線状に集めて熱吸収材２Ｂ温度を５００度等として、長レンズ２ｄの幅を１０ｍ等に増大吸入空気路２８Ａ空気２８ａ温度を燃料費０で上昇し、１日で３日分温度上昇する等として、既存のレンズ断面全部を選択使用可能とし、選択したレンズ断面を直線状に延長して太陽光を直線状に集光して、レンズ材質全部を選択使用可能とし、発泡プラスチック等の断熱材２ｃを半筒形外箱７７Ｂで囲って円筒等の長大な筒を設けて、その中に耐熱材２Ａを設けて太陽熱で高温にする板状熱吸収材２Ｂで空気２８ａを加熱し、上部に複数等の幅広長大な長レンズ２ｄを継手８０Ａ＋締付具８０Ｂで密封真空断熱可能に設けて、長手方向には継手８０Ａで延長可能に、１８０度方向転換の場合はＵ型空気管で接続並行に設けて、水上で東から西に１８０度回転太陽光と直角にする太陽光加熱器２とし、更に傾斜して太陽光に２方向直角維持回転する装置として、空気２８ａを加熱することで熱ポンプ１Ｇにより吸入圧縮複数回６００〜１２００度を可能にして、空気を加熱することで軽量化小型化可能な太陽光加熱器２とし、図１圧縮熱回収器２Ｃを駆動します。 The solar heater 2 of FIG. 3 uses various water surfaces, collects sunlight with the maximum amount of heat in a straight line with the long lens 2d, sets the temperature of the heat absorbing material 2B to 500 degrees, and sets the width of the long lens 2d to 10 m. The intake air passage 28A increases the temperature of the air 28a at a fuel cost of 0, increases the temperature by three days in one day, etc., so that all existing lens cross sections can be selected and used, and the selected lens cross section is extended linearly. By concentrating sunlight in a straight line, the entire lens material can be selected and used, and a long cylinder such as a cylinder is provided by surrounding the heat insulating material 2c such as foamed plastic with a half-cylindrical outer box 77B. A heat-resistant material 2A is provided to heat the air 28a with a plate-like heat absorbing material 2B that is heated to high temperatures by solar heat, and a plurality of wide and long lenses 2d are provided on the upper part so as to be sealed by a joint 80A and a fastening tool 80B so as to be sealed in a vacuum. Can be extended with a joint 80A in the longitudinal direction. In the case of a 180 degree change of direction, a U-shaped air pipe is connected in parallel to form a solar heater 2 that rotates 180 degrees from the east to the west on the water to make a right angle with the sunlight. As a device for maintaining and rotating, the solar heater 2 can be made lighter and smaller by heating the air 28a by allowing the air pump 1G to perform a plurality of suction and compression 600-1200 degrees by heating the air pump 1G. 1 Compressive heat recovery unit 2C is driven.

図４の太陽熱増大吊橋２ｂは各種陸上を利用前記と略同様に半円形を矩形に構成し、増設時は複数を更に幅方向に締付具８０Ｂで締付密封して、太陽光と直角に傾斜可能に吊具左２ｆ吊具右２ｇの最上部と左右を上下に移動し、下部を移動回転して太陽熱増大吊橋２ｂを太陽光の移動方向に合せ回転２方向常時直角受光として、地球最大熱量の太陽光を長レンズ２ｄで直線状に集光し、空気２８ａを加熱する装置の長レンズ２ｄの幅を１０ｍ等に増大して、板状熱吸収材２Ｂ温度を５００度等として吸入空気路２８Ａ空気２８ａ温度を燃料費０で上昇し、断熱材２ｃを矩形外箱７７Ｂで囲って長大な箱を設けて、その中に耐熱材２Ａを設けて太陽熱で高温にする板状熱吸収材２Ｂ具備空気２８ａを加熱し、上部に複数等の幅広長大な長レンズ２ｄを継手８０Ａ＋締付具８０Ｂで密封真空断熱可能に設けて、長手方向には継手８０Ａで延長可能に、１８０度方向転換の場合は吸入空気路２８ＡをＵ型管で接続複数の吸入空気路を並行に設けて、陸上で東向きから西向きに１８０度回転傾斜させ、太陽熱増大吊橋２ｂは太陽光に２方向直角維持回転傾斜する装置とし、圧縮熱回収器２Ｃで圧縮空気熱量＋圧縮空気質量に分割保存して、竪型全動翼熱量タービン８Ｇ＋竪型全動翼質量タービン８Ｇを駆動し、質量タービン排気で熱量タービン排気を冷却するエネルギ保存サイクルにします。 The solar thermal augmentation suspension bridge 2b in FIG. 4 uses various shores. As in the above, the semicircular shape is formed in a rectangular shape, and when expanded, a plurality are further tightened and sealed with the fasteners 80B in the width direction, and perpendicular to the sunlight. Move the top and left and right of the hanger left 2f hanger right 2g up and down in a tiltable manner, move and rotate the lower part to align the solar thermal augmentation suspension bridge 2b with the moving direction of sunlight, and rotate it in two directions at all times to receive light at right angles. Sunlight of the amount of heat is linearly collected by the long lens 2d, the width of the long lens 2d of the device for heating the air 28a is increased to 10 m, etc., and the temperature of the plate-like heat absorbing material 2B is set to 500 degrees, for example, the intake air Plate 28A The temperature of the air 28a is increased at a fuel cost of 0, the heat insulating material 2c is surrounded by a rectangular outer box 77B, a long box is provided, and a heat-resistant material 2A is provided therein to increase the temperature by solar heat. 2B equipped air 28a is heated, and a plurality of wide lenses such as a plurality of wide lenses d is provided by a joint 80A + clamp 80B so that it can be sealed and insulated by heat, and can be extended by a joint 80A in the longitudinal direction. In the case of 180 ° change of direction, the suction air passage 28A is connected by a U-shaped pipe. Are installed in parallel and inclined 180 degrees from east to west on land, and the solar thermal augmentation suspension bridge 2b is a device that rotates and tilts in two directions at right angles to sunlight, and the amount of compressed air + the amount of compressed air in the compressed heat recovery unit 2C The energy storage cycle in which the vertical turbine blade heat turbine 8G + vertical turbine blade mass turbine 8G is driven and the thermal turbine exhaust is cooled by the mass turbine exhaust.

海水温度上昇０ＣＯ２排気０燃料費０の、理論最良エンジン比重大物質重力太陽熱発電により、既存世界発電量の１０倍発電量として既存火力原子力発電を全廃し、安価な比重大物質重力太陽熱発電蓄電池駆動の各種自動車類全盛や各種船舶類全盛や、電気使用の全面電化住宅全盛や工場電化全盛等にして、理論最良エンジンから実験結果最良エンジンに移行し、地球温暖化防止して人類絶滅を先送りする可能性があります。 Seawater temperature rise 0 CO2 exhaust 0 fuel cost 0 Theoretical best engine ratio critical material gravity solar power generation eliminates existing thermal nuclear power generation as 10 times the amount of existing world power generation, and drives low cost specific material gravity solar power storage battery Accelerate human extinction by migrating from the best engine to the best engine result, by preventing the global warming by making all kinds of automobiles, all kinds of ships, all kinds of electrified houses, and factory electrification prime. There is a possibility.

１：発電機、１Ａ：水銀排気検査室、１Ｂ：酸素量増大手段、１Ｃ：アルコール冷熱、１Ｄ：燃料噴射ポンプ、１Ｆ：水ポンプ、１Ｇ：熱ポンプ、１Ｈ：揚水ポンプ、１ｂ：燃料、１ｃ：比重大物質、１ｄ：水銀、１ｅ：被覆鋼球（衝撃低減手段２Ｇで被覆）１ｅ：被覆水銀（球形のステンレス等耐久材や衝撃低減手段２Ｇで被覆）１ｇ：重力加速部、１ｈ：横軸、２：太陽光加熱器（長レンズで太陽光を傾斜回転して追跡）２ａ：復水器、２ｂ：太陽熱増大吊橋（吊具左右を上下して長レンズ複数段で太陽光を傾斜回転して追跡）２ｃ：断熱材、２ｄ：長レンズ、２ｅ：水面、２ｆ：吊具左、２ｇ：吊具右、２Ａ：耐熱材、２Ｂ：熱吸収材、２Ｃ：圧縮熱回収器、２Ｄ：出力増大手段、２Ｅ：出力増大球（水銀・液体錫・液体錫・液体ビスマス・液体カドミウム・液体インジウム・液体ガリウム・液体亜鉛・液体ナトリウム・水・白金球・被覆白金球・金球・被覆金球・白金合金球・金合金球・鉛合金球・銀合金球・被覆白金合金球・被覆金合金球・被覆鉛球・被覆銀合金球・タングステン合金球・被覆タングステン合金球・タングステン鋼球・被覆タングステン鋼球・タンタル合金球・被覆タンタル合金球・モリブデン鋼球・被覆モリブデン鋼球・モリブデン鋳鉄球・被覆モリブデン鋳鉄球・銀球・被覆銀球）２Ｆ：増大球上昇装置、２Ｇ：衝撃低減手段（小径球・潤滑油類・不燃液体類・ゴム類・プラスチック類等の被覆）２Ｈ：冷熱復水器、翼形太陽光加熱器、２Ｘ：空気熱交換器、２Ｙ：水熱交換器、２Ｚ：水銀熱交換器、３：摩擦損失低減手段（撥水作用や加熱高温手段や公知技術の被覆等最適利用で摩擦損失を低減）３Ａ：撥水作用（水との摩擦損失低減手段）３Ｂ：加熱高温手段（電気抵抗や電磁加熱等既存技術で高温にする）３Ｃ：冷熱回収手段、３Ｇ：撥水作用（水銀との摩擦損失低減手段）４Ａ：タービン翼断面（既存断面）４Ｂ：タービン翼断面（出力面湾曲少断面）４Ｃ：タービン翼断面（出力面直線断面）４Ｄ：タービン翼断面（出力反対面直線断面）４Ｅ：タービン翼断面（出力反対面湾曲少断面）４Ｆ：タービン翼断面（既存の反対断面）４Ｘ：タービン翼断面（４Ａ〜４Ｆより選択断面）５Ｃ：空気排気室、６：ノズル、６ａ：ノズル噴射部、６ｂ：ノズル噴射部、６ｄ：ノズル噴射部、６ｚ：水噴射ポンプ、６Ｂ：液体錫噴射ポンプ、６Ｃ：液体錫噴射ポンプ、６Ｄ：液体ビスマス噴射ポンプ、６Ｅ：液体亜鉛噴射ポンプ、６Ｆ：圧縮空気噴射ノズル、６Ｇ：液体ナトリウム噴射ポンプ、７：燃料噴射弁、７Ａ：プロペラ、７Ｂ：回転翼、７Ｃ：スクリュー、８ａ：全動翼弾み車ガスタービン（全動翼ガスタービン又は全動翼質量タービン）、８ｂ：全動翼弾み車水タービン（全動翼水タービン又は全動翼熱量タービン）、８ｃ：タービン翼、８ｄ：側板、８ｅ：円筒胴、８Ｅ：全動翼弾み車水銀タービン（全動翼水銀タービン又は全動翼熱量タービン）８Ｆ：全動翼弾み車重力タービン、８Ｇ：竪型全動翼重力太陽熱タービン（竪型全動翼熱量タービン＋竪型全動翼質量タービン）、８Ｋ：対向直列全動翼弾み車タービン（対向直列全動翼弾み車水銀タービン対向直列全動翼弾み車水タービン対向直列全動翼弾み車ガスタービン対向直列全動翼弾み車重力タービン）、８Ｌ：直列全動翼弾み車タービン（直列全動翼弾み車水銀タービン直列全動翼弾み車水タービン直列全動翼弾み車ガスタービン直列全動翼弾み車重力タービン）、１０：船体、１０ａ：拡径圧縮室、１１Ａ：隔壁、１１Ｂ：水室１１Ｃ：空気室、１６：クランク軸、２１：拡径ピストン、２４：燃焼ガス制御弁、２４Ａ：圧縮空気制御弁、２５：過熱蒸気制御弁、２５Ｂ：高温水制御弁、２５：吸気弁、２５ｂ：燃料制御弁、２８ａ：空気、２８ａ：内部空気、２８ａ：空気管空気、２８ｂ：圧縮空気熱量、２８Ａ：吸入空気路、２８Ｂ：空気路入口、３７ａ：着磁摩擦車、３７ｂ：内着磁摩擦車、３８Ｂ：空気噴射船舶、３９Ａ：太陽熱重力飛行機、３９Ｂ：太陽重力回転飛行機、３９Ｃ：太陽熱重力ヘリコプター、３９Ｄ：スクリュー船舶、３９Ｆ：宇宙往還機、４６：磁石部、４９：燃焼ガス、４９Ｂ：煙突燃焼ガス熱量、４９Ｃ：工場使用熱量、５０：過熱蒸気、５１：空気抽出器、５２ａ：水、５２ｂ：水（太陽光で温度が変る水）５２ｂ：高温水、５２ｄ：温熱、５２ｄ：水温熱、５２ｄ：過熱蒸気温熱、５２ｅ：冷熱、５２ｅ：水冷熱、５２ｅ：圧縮空気冷熱、５２ｅ：アルコール冷熱、５２ｅ：氷冷熱、５５：歯車式同期装置、５５Ｂ：磁気摩擦変速装置（歯車式及び送水ポンプ兼用を含む）５５Ｙ：歯車式変速装置（既存変速機から選択）６０Ａ：内側軸装置、６０Ｂ：外側軸装置、６０Ｃ：内側動翼群、６０Ｄ：外側軸群、７７Ｂ：筒形外箱、７７ａ：タービン外箱、７８Ｋ：合体機関噴射部、７９Ｍ：ウォータージェット、８０：軸受、８０ａ：推力軸受、８０Ａ：継手、８０Ｂ：締付具、８１：支軸、８１ａ：支点、８４：二重反転磁気摩擦動力伝達装置（歯車式及び送水ポンプ兼用を含む）８４Ｙ：二重反転歯車装置（既存技術）９４：固定外箱、９４Ａ：外箱垂直部、９５：高温水溜、９５ａ：燃焼ガス溜、９５ｂ：圧縮空気溜、９５Ａ：吸水路、９５Ｂ：燃料溜、９６Ａ：送水路、９７：逆止弁、１０３：冷熱回収器、 DESCRIPTION OF SYMBOLS 1: Generator, 1A: Mercury exhaust test room, 1B: Oxygen amount increasing means, 1C: Alcohol cold heat, 1D: Fuel injection pump, 1F: Water pump, 1G: Heat pump, 1H: Pumping pump, 1b: Fuel, 1c 1d: Mercury, 1e: Coated steel ball (coated with impact reducing means 2G) 1e: Coated mercury (coated with durable material such as spherical stainless steel and impact reducing means 2G) 1g: Gravity acceleration part, 1h: Horizontal Axis 2: Sunlight heater (tracking by tilting and rotating sunlight with a long lens) 2a: Condenser, 2b: Solar heat increasing suspension bridge (up and down the left and right of the hanging tool, tilting and rotating sunlight with multiple long lenses 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: hanging tool left, 2g: hanging tool right, 2A: heat resistant material, 2B: heat absorbing material, 2C: compression heat recovery device, 2D: Output increasing means, 2E: Output increasing Sphere (mercury, liquid tin, liquid tin, liquid bismuth, liquid cadmium, liquid indium, liquid gallium, liquid zinc, liquid sodium, water, platinum sphere, coated platinum sphere, gold sphere, coated gold sphere, platinum alloy sphere, gold alloy Ball, lead alloy ball, silver alloy ball, coated platinum alloy ball, coated gold alloy ball, coated lead ball, coated silver alloy ball, tungsten alloy ball, coated tungsten alloy ball, tungsten steel ball, coated tungsten steel ball, tantalum alloy ball, Coated tantalum alloy balls / molybdenum steel balls / coated molybdenum steel balls / molybdenum cast iron balls / coated molybdenum cast iron balls / silver balls / coated silver balls) 2F: increase ball lifting device, 2G: impact reduction means (small diameter balls, lubricating oils, 2H: Cold condenser, Airfoil solar heater, 2X: Air heat exchanger, 2Y: Water heat exchanger, 2Z: Mercury heat exchanger 3: Friction loss reducing means (water repellent action, heating high temperature means, friction loss is reduced by optimal use such as coating of known technology) 3A: Water repellent action (friction loss reducing means with water) 3B: Heating high temperature means (electricity 3C: Cooling heat recovery means, 3G: Water repellent action (means for reducing friction loss with mercury) 4A: Turbine blade cross section (existing cross section) 4B: Turbine blade cross section (curved output surface) 4C: Turbine blade cross section (output opposite surface linear cross section) 4E: Turbine blade cross section (output opposite surface curved small cross section) 4F: Turbine blade cross section (existing opposite cross section) 4X: Turbine blade cross section (selected cross section from 4A to 4F) 5C: Air exhaust chamber, 6: Nozzle, 6a: Nozzle injection unit, 6b: Nozzle injection unit, 6d: Nozzle injection unit, 6z: Water injection pump 6B: Liquid tin injection pump, 6C: Liquid tin injection pump, 6D: Liquid bismuth injection pump, 6E: Liquid zinc injection pump, 6F: Compressed air injection nozzle, 6G: Liquid sodium injection pump, 7: Fuel injection valve, 7A: Propeller, 7B: Rotating blade, 7C: Screw, 8a: Full moving blade bouncing gas turbine (full moving blade gas turbine or all moving blade mass turbine), 8b: Full moving blade bouncing water turbine (full moving blade water turbine or full moving) 8c: Turbine blades, 8d: Side plate, 8e: Cylindrical cylinder, 8E: All blade impeller mercury turbine (all blade mercury turbine or all blade heat calorie turbine) 8F: All blade impeller gravity turbine, 8G : Vertical type moving blade gravity solar turbine (type vertical moving blade calorie turbine + vertical type moving blade mass turbine), 8K: Opposite series full moving blade propeller turbine (Opposite series full blade propeller mercury turbine opposed series full bucket pusher water turbine opposed series full bucket propeller gas turbine opposed series full bucket propeller gravity turbine), 8L: series full bucket fullwheel turbine (series full bucket flywheel mercury) Turbine series full blade impeller water turbine series full blade impeller gas turbine series full blade impeller gravity turbine), 10: hull, 10a: diameter-enlarged compression chamber, 11A: partition wall, 11B: water chamber, 11C: air chamber, 16: Crankshaft, 21: Expanded piston, 24: Combustion gas control valve, 24A: Compressed air control valve, 25: Superheated steam control valve, 25B: Hot water control valve, 25: Intake valve, 25b: Fuel control valve, 28a: Air, 28a: Internal air, 28a: Air tube air, 28b: Compressed air calorie, 28A: Intake air passage, 28B: Air passage inlet, 37a: Magnetization Friction wheel, 37b: Inner magnetized friction wheel, 38B: Air-injected ship, 39A: Solar gravity airplane, 39B: Solar gravity rotating airplane, 39C: Solar gravity helicopter, 39D: Screw ship, 39F: Space return machine, 46: Magnet 49: combustion gas, 49B: chimney combustion gas calorie, 49C: factory use calorie, 50: superheated steam, 51: air extractor, 52a: water, 52b: water (water whose temperature changes with sunlight) 52b: high temperature Water, 52d: Hot heat, 52d: Water heat, 52d: Superheated steam heat, 52e: Cold heat, 52e: Water cold heat, 52e: Compressed air cold heat, 52e: Alcohol cold heat, 52e: Ice cold heat, 55: Gear type synchronizer, 55B : Magnetic friction transmission (including gear and water pump) 55Y: Gear transmission (selected from existing transmission) 60A Inner shaft device, 60B: Outer shaft device, 60C: Inner blade group, 60D: Outer shaft group, 77B: Cylindrical outer box, 77a: Turbine outer box, 78K: Combined engine injection section, 79M: Water jet, 80: Bearing: 80a: Thrust bearing, 80A: Joint, 80B: Fastening tool, 81: Support shaft, 81a: Support point, 84: Inverted magnetic friction power transmission device (including gear type and water pump) 84Y: Double Reversing gear device (existing technology) 94: fixed outer box, 94A: vertical part of outer box, 95: hot water reservoir, 95a: combustion gas reservoir, 95b: compressed air reservoir, 95A: water intake channel, 95B: fuel reservoir, 96A: feed Water channel, 97: check valve, 103: cold energy recovery device,

Claims

Turbine blade cross section (4A) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat amount turbine + Various energy to tilt and rotate the solar thermal enhancement suspension bridge on land Conservation cycle coalescence organization.

Turbine blade cross section (4B) 5 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation amount increase + heat retention increase ball lift device (2F) rise and store liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4C) 6 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation amount increase + heat retention increase ball lift device (2F) use liquid tin containing alloy to save and use + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4D) 7 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball lift device (2F) rise and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4E) 8 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation amount increase + heat retention increase ball lift device (2F) rise and store liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing alloys vertically downwards by installing gravity turbines with nine times the turbine blade cross-section (4F) in multiple stages + heat and cold energy priming + long-lens heat absorption Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that accelerates vertically downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + solar thermal increase suspension bridge tilts and rotates on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing a gravity solar thermal turbine with 10 times the turbine blade cross section (4A) in the vertical direction + making use of hot and cold heat + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity solar thermal turbines with 11 times the turbine blade cross section (4B) in the vertical direction + making use of heat and cold + absorbing sunlight with a long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that drives the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact vertically downward and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4C) in a multi-stage + heat and cold energy priming + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downwards by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4D) + heat and cold energy use + heat absorption of sunlight with a long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that heats the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation and inclines and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross-section (4E) + heat and cold energy use + absorbing sunlight with a long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that accelerates vertically downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + solar thermal increase suspension bridge tilts and rotates on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4F) + heat and cold energy use + absorption of sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4A) + heat and cold energy priming + heat absorption of sunlight with long lenses Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that drives the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact vertically downward and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 17 times the turbine blade cross section (4B) + heat and cold energy priming + heat absorption of sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4C) + heat and cold energy utilization + long lens absorbs heat Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that heats the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation and inclines and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4D) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of gravity turbines with 20 times the turbine blade cross section (4E), + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 21 times the turbine blade cross-section (4F) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity turbines with 22 times the turbine blade cross-section (4A) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 23 times the turbine blade cross-section (4B) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4C) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward with a multi-stage gravity solar thermal turbine with a turbine blade cross-section (4D) 25 times larger + a battery-powered ship varieties + warming and increasing ball lifting device (2F) ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by installing gravity solar power turbines with 26 times the turbine blade cross-section (4E) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar thermal turbines with double turbine blade cross-section (4F) + storage battery-driven various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross section (4A) in the vertical direction + storage battery-driven ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 4 times the turbine blade cross section (4B) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing gravity turbines with five times the turbine blade cross-section (4C) in multiple stages + Storage battery-driven various ship priming + Insulation sphere raising device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 6 times the turbine blade cross-section (4D) in the vertical direction, + accumulating various battery-powered ships ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar power turbines with 7 times the turbine blade cross section (4E), + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4F) + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with nine times the turbine blade cross-section (4A) in multiple stages + Storage battery-driven various ship priming + Insulating ball-lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 10 times the turbine blade cross section (4B) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4C) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 12 times the turbine blade cross-section (4D) in a multi-stage + Storage battery-driven ship priming + Heat-insulating sphere lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing gravity turbines with 13 times the turbine blade cross section (4E) in multiple stages + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 14 times the turbine blade cross-section (4F) in multiple stages + storage battery-powered various ship primes + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 15 times the turbine blade cross section (4A) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward with a 16-fold gravity solar power turbine with 16 times the turbine blade cross section (4B) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F) ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 17-fold gravity solar turbines with a turbine blade cross section (4C) of 17 times. ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 18 times the turbine blade cross-section (4D) in the vertical direction + Storage battery-powered various ship priming + Insulation sphere raising device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of 19-times gravity solar power turbines with a turbine blade cross section (4E). ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically vertically by providing gravity turbines with 20 times the turbine blade cross section (4F) in multiple stages + storage battery-powered various ship primes + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 21 times the turbine blade cross section (4A), + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity turbines with 22 times the turbine blade cross-section (4B) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 23 times the turbine blade cross section (4C) in a multi-stage + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross-section (4D) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of a gravity solar thermal turbine with a turbine blade cross section (4E) of 25 times + a storage battery-driven ship, and a warming-increasing sphere lifting device (2F) ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 26 times the turbine blade cross section (4F) + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar power turbines with double turbine blade cross section (4A) + storage battery driven various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross section (4B) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

Structure and method of accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4C) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + accelerating the liquid tin containing the alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 5 times the turbine blade cross section (4D). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4E) + heat and cold use + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with a turbine blade cross-section (4F) 7 times larger + Heat and sunlight are used as a prime + Heating sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 8 times the turbine blade cross section (4A) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + liquid tin containing alloy is heated by compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension suspension bridge on land .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with nine times the turbine blade cross-section (4B) in multiple stages + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with a turbine blade cross section (4C) 10 times in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4D) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross section (4E). Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4F) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4A) 14 times gravity solar power generation generation equipment method to make all turbine blades + power increase sphere (2E) with a small diameter to accelerate + long lens width increase heating air compressed 1200 degrees + Accelerates liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy storage cycle coalescence engine that rotates solar thermal suspension bridge on land.

Turbine blade cross section (4B) 15-times gravity solar power generation generation equipment method to make all turbine blades + power increase sphere (2E) is accelerated with small diameter + long lens width increase heating air is compressed to 1200 degrees + Drives the thermal insulation mass turbine and thermal insulation heat quantity turbine by vertically accelerating liquid tin containing high temperature alloy + Various types of energy storage cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4C) 16-times gravity solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) with a small diameter + Accelerating long lens width increasing heating air 1200 degrees + Energy-saving cycle coalescence engine that tilts and rotates the solar thermal suspension suspension bridge on land to drive the heat-retaining mass turbine and heat-retaining calorie turbine in the vertical downward direction, with the liquid tin containing the alloy approaching +

Turbine blade cross-section (4D) 17-times gravity solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) small diameter + Accelerate long lens width increase heating air 1200 degrees + Energy conservation cycle coalescence engine that tilts and rotates the solar thermal suspension suspension bridge on the land using liquid tin containing high temperature alloy as an accelerated rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat turbine.

Turbine blade cross section (4E) 18 times gravity solar power generation generation equipment method to make all turbine blades + power increase sphere (2E) small diameter + acceleration of long lens width increase heating air 1200 degrees + Energy storage cycle coalescence engine that tilts and rotates the solar thermal suspension suspension bridge on the land to drive the heat-retaining mass turbine and heat-retaining calorie turbine of the power generation by heating the liquid tin containing alloy with compressed air acceleration.

A structure and method for accelerating specific critical substances vertically downward by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4F) + Accelerating turbine driving with a small output sphere (2E) + Long lens width Compressing increased heating air and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Combined various energy conservation cycles to tilt and rotate solar thermal suspension bridge on land organ.

A structure and method for accelerating specific critical materials vertically downward by providing gravity turbines with 20 times the turbine blade cross section (4A) in multiple stages + Acceleration turbine drive with a small diameter of the output increasing sphere (2E) + Width of long lens Compressing increased heating air and bringing it closer to 1200 degrees + Accelerating liquid tin containing high temperature alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation cycles to tilt and rotate the solar thermal expansion suspension bridge on land Combined organization.

A structure and method for accelerating specific critical substances vertically downward by providing gravity turbines with 21 times the turbine blade cross section (4B) in multiple stages + Acceleration turbine drive with a small diameter of the power increase sphere (2E) + Width of long lens Compressing increased heating air to approach 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy to tilt and rotate the solar thermal increase suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating specific critical substances vertically downward by providing a gravity solar power turbine with 22 times the turbine blade cross section (4C) in a multi-stage + Accelerating turbine drive with a small output sphere (2E) + Long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of rotating the solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

Structure and method of accelerating specific critical substances vertically downward by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4D) + Accelerating turbine drive with small output sphere (2E) + Width of long lens Compress the increased heating air and bring it closer to 1200 degrees + heat the liquid tin containing alloy with compressed air acceleration to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + tilt the solar thermal increase suspension bridge on land Various energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar power turbines with 24 times the turbine blade cross section (4E) + full electrification house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4F) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a 26-fold gravity solar power turbine with a turbine blade cross section (4A) in multiple stages + a fully electrified residential prime 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with double the turbine blade cross section (4B) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with three times the turbine blade cross-section (4C) + making the whole electrified housing primed 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross-section (4D) 4 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4E) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4F) 6 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4A) 7 times gravity solar power generation structure and method + battery powered various automobiles + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4B) 8 times gravity solar power generation structure and method + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar thermal turbines with 9 times the turbine blade cross section (4C) in multiple stages. Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4D) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 11 times the turbine blade cross section (4E) in multiple stages. Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross-section (4F) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4A) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

The turbine blade cross section (4B) 14 times gravity solar power generation generating equipment method to make all the turbine blades + heat retention increasing ball lift device (2F) to use the liquid tin containing the alloy is stored up + wide lens wide heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross section (4C) 15 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross-section (4D) 16 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4E) 17 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

The turbine blade cross section (4F) is 18 times the gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) use the liquid tin containing the alloy to save and use + long lens width increasing heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

Turbine blade cross-section (4A) 19-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravity solar power turbines with a turbine blade cross section (4B) of 20 times, and + maximizing the use of heat and cold + using long lenses as heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross-section (4C) 21-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4D) 22-times gravity solar thermal power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4E) 23-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar power turbines with 24 times the turbine blade cross-section (4F) + full electric electrification house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4A) + Fully electrified residential prime 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4B) + full electrification housing prime + warming increase sphere raising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4C) + full electrified house prime + warming increase ball rising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with three times the turbine blade cross section (4D) + making the entire electrified housing primed 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross-section (4E) 4 times gravity solar power generation structure and method + battery powered various automobiles priming + warming and increasing ball riser (2F) to rise and use liquid tin containing alloy + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4F) 5 times gravity solar thermal power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4A) 6 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) to use liquid tin containing alloys and use + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross-section (4B) 7 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4C) 8 times gravity solar thermal power generation structure and method + storage battery driven various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 9 times the turbine blade cross section (4D) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 10 times the turbine blade cross section (4E) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 11 times the turbine blade cross-section (4F) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4A) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 13 stages of gravity solar power turbines with 13 times the turbine blade cross-section (4B) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

The turbine blade cross section (4C) 14 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross-section (4D) 15x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross section (4E) 16 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4F) 17-fold gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

The turbine blade cross section (4A) 18 times gravity solar power output generation equipment method to make all the turbine blades + warming and increasing ball lift device (2F) to use the liquid tin containing the alloy to save and use + long lens width increase heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

Turbine blade cross-section (4B) 19-times gravity solar thermal power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross-section (4C) 20-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross-section (4D) 21-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold energy + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4E) 22-times gravity solar thermal power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downwards + make use of hot and cold energy + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

A structure and method of accelerating specific critical substances vertically downward by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4F) + making use of heat and cold + making sunlight into a heat absorber Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 24 times the turbine blade cross section (4A) + full electrification house prime + heat insulation increasing ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4B) + making the whole electrified housing primed + warming increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4C) + full-scale electrified housing prime + warming increase ball rising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with double turbine blade cross section (4D) + heat-insulating sphere raising device 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with three times the turbine blade cross section (4E) in multiple stages + Fully electrified house prime + Heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

The structure and method of gravity solar thermal power generation with 4 times the turbine blade cross section (4F) + accelerating the storage battery drive of various automobiles + rising and storing the liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4A) 5 times gravity solar thermal power generation structure and method + storage battery drive various automobiles prime + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross-section (4B) 6 times gravity solar power generation structure and method + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross-section (4C) 7 times gravity solar power generation structure and method + battery powered drive various automobiles + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4D) 8 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 9 times the turbine blade cross section (4E) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4F) of 10 times in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4A) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 13 stages of gravity solar power turbines with 13 times the turbine blade cross-section (4B) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing a 14-fold gravity solar thermal turbine with 14 times the turbine blade cross section (4C) Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4D) 15x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross section (4E) 16 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross section (4F) 17-fold gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross section (4A) 18 times gravity solar power output generation equipment method to make all the turbine blades + warming and increasing ball lift device (2F) to use the liquid tin containing the alloy to save and use + long lens width increase heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4B) 19-times gravity solar power generation generating equipment method to make all turbine blades + Insulating and increasing liquid tin containing alloy in heat-increasing sphere raising device (2F) + Long lens width increasing heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

Turbine blade cross-section (4C) 20-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross-section (4D) 21-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold energy + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross-section (4E) 22-times gravity solar thermal power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downwards + make use of hot and cold energy + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

A structure and method of accelerating specific critical substances vertically downward by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4F) + making use of heat and cold + making sunlight into a heat absorber Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4A) 24 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4B) + making the whole electrified housing primed + warming increasing ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4C) + full-scale electrified housing prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with double turbine blade cross section (4D) + heat-insulating sphere raising device 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with three times the turbine blade cross section (4E) in multiple stages + Fully electrified house prime + Heat insulation increase ball rising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing gravity turbines with four times the turbine blade cross-section (4F) in the vertical direction in the heat retaining means + making the entire electrified housing primed 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross section (4A) 5 times gravity solar thermal power generation structure and method + storage battery drive various automobiles prime + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross-section (4B) 6 times gravity solar power generation structure and method + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross-section (4C) 7 times gravity solar power generation structure and method + battery powered drive various automobiles + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4D) 8 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4E) 9 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4F) of 10 times in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downwards by using gravity turbines with 11 times the turbine blade cross-section (4A) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross-section (4B) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using multiple stages of gravity solar power turbines with 13 times the turbine blade cross-section (4C) + heat and cold energy use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4D). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4E) 15 times gravity solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing alloy in the warming and increasing ball raising device (2F) Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross section (4F) 16-times gravity solar power generation generating facility blade method + heat retention increasing ball lift device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross section (4A) 17 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross section (4B) is 18 times the gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy to be stored and used + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4C) 19-times gravity solar power generation generating turbine blade method + heat retention increase ball lift device (2F) to use liquid tin containing alloy for storage + long lens width increase heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4D) + making use of hot and cold heat + long lens to make sunlight a heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross section (4E) with 21 times gravity solar power generation turbines in multiple stages to accelerate specific critical materials vertically downward + make hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross-section (4F) 22-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4A) 23-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4B) 24 times gravity solar power generation turbines are arranged in multiple stages to accelerate specific critical substances vertically downward + make use of heat and cold + solar light as heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4C) + making the whole electrified housing primed + warming increasing ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing a 26-fold gravity solar power turbine with a turbine blade cross section (4D) in multiple stages + making the whole electrified house prime + a heat insulation increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4E) + full electrification house prime + heat insulation increase ball rising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing three stages of gravity solar power turbines with three times the turbine blade cross section (4F) + Fully electrified house prime + Heat insulation increase ball rising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4A) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross section (4B) 5 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4C) 6 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + heat-increasing sphere lifting device (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4D) 7 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4E) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4F) 9 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using 10-fold gravity solar power turbines with a turbine blade cross-section (4A) in multiple stages + heat and cold energy priming + solar heat with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 11 times the turbine blade cross-section (4B) in the vertical direction + heat and heat utilization prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4C) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4D) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4E). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4F) 15 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross section (4A) 16-times gravity solar power generation generating turbine blade method + full heat retention ball riser (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

The turbine blade cross-section (4B) is a 17-fold gravity solar power generation generating turbine blade installation method + Insulate and use liquid tin containing an alloy in the heat-retaining and increasing ball lifting device (2F) + Increase the width of the long lens Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross section (4C) 18 times gravity solar power generation generating equipment method to make all the turbine blades + warming and increasing ball riser (2F) to use the liquid tin containing the alloy to save and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4D) 19-times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar power turbines with a turbine blade cross section (4E) of 20 times + Solar energy as a heat absorbing material by using hot and cold energy Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating specific critical substances vertically downward by providing gravity solar power turbines with 21 times the turbine blade cross section (4F) in a multi-stage + making use of heat and cold + solar light as a heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross section (4A) 22 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4B) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4C) 24 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with 25 times the turbine blade cross-section (4D) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the alloy is accelerated vertically downward and the heat retaining mass turbine and the heat retaining heat turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with 26 times the turbine blade cross section (4E) + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4F) + Fully electrified residential prime 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with three times the turbine blade cross section (4A) + making the entire electrified house primed + warming increase sphere raising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4B) in a multi-stage + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross section (4C) 5 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4D) 6 times gravity solar thermal power generation structure and method + Storage battery drive Various automobiles primed + Heat retention increasing ball lift device (2F) Uses liquid tin containing alloy to save and use + Long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross-section (4E) 7 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross-section (4F) 8 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4A) 9 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power generation turbines with 10 times the turbine blade cross-section (4B) in multiple stages + heat and cold energy priming + solar heat with long lens Collecting in a straight line on the absorbent material + Using and maintaining liquid tin containing an alloy in the heat-increasing sphere lifting device (2F) + Compressing the heated air of the long lens to increase the width of the long lens to approach 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downwards by using multiple stages of gravity solar power turbines with 11 times the turbine blade cross section (4C) + heat and cold energy use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4D) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4E) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing a 14-fold gravity solar power turbine with 14 times the turbine blade cross section (4F) Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4A) 15x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing alloy to rise and use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross section (4B) 16 times gravity solar power generation generating equipment blade method + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross section (4C) 17 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing an alloy to save and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4D) 18 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4E) 19 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method of accelerating specific critical substances vertically downward by using gravity turbines with 20 times the turbine blade cross section (4F) in multiple stages + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross section (4A) 21-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross section (4B) 22-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4C) 23-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4D) 24 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4E) of 25 times + a heat insulation increasing ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a 26-fold gravity solar power turbine with a turbine blade cross section (4F) in multiple stages + making the entire electrified housing primed 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with double the turbine blade cross section (4A) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) use of liquid tin containing alloy ascending and storing + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with triple turbine blade cross section (4B) + full electrification house prime + warming increase ball rising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a multi-stage gravity solar thermal turbine with 4 times the turbine blade cross section (4C) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross section (4D) structure and method of gravitational solar thermal power generation 5 times + accelerating storage battery drive for various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4E) 6 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4F) 7 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4A) 8 times gravity solar power generation structure and method + storage battery drive various automobiles prime + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4B) 9 times gravity solar thermal power generation structure and method + battery powered various automobiles priming + warm tin increase device (2F) liquid tin containing alloy is used for storage + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with a turbine blade cross section (4C) 10 times in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that inclines the solar thermal suspension suspension bridge on the land and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine by vertically accelerating the engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4D) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that accelerate the tin vertically downward to drive the thermal insulation mass turbine and thermal insulation calorie turbine, and rotate and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross section (4E). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4F) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using gravity turbines with 14 times the turbine blade cross-section (4A) in a multi-stage + heat and cold-use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4B) 15 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing sphere lift device (2F) using liquid tin containing alloy as a preservative use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross section (4C) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Use the long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross section (4D) 17-fold gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross-section (4E) is 18 times the gravity solar power generation generating equipment method to make all the turbine blades + warming and increasing ball lifting device (2F) to use the liquid tin containing the alloy to save and use + long lens width increasing heating Compressed air close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-generating mass turbine and the heat-generating heat turbine + Energy storage by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4F) 19-times gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

Turbine blade cross-section (4A) 20-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross-section (4B) 21-times gravity solar thermal power generation turbine is installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold energy + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross section (4C) 22 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4D) with 23 times gravity solar power generation turbines in multiple stages, structure and method for accelerating specific critical materials vertically downward + hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4E) 24 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4F) + full electrification house prime + warming increase ball rising device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a 26-fold gravity solar power turbine with a turbine blade cross section (4A) in multiple stages + a fully electrified residential prime 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with double the turbine blade cross section (4B) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with three times the turbine blade cross-section (4C) + making the whole electrified housing primed 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity turbine with four times the turbine blade cross-section (4D) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross section (4E) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4F) 6 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4A) 7 times gravity solar power generation structure and method + battery powered various automobiles + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4B) 8 times gravity solar power generation structure and method + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4C) 9 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

Structure and method for accelerating liquid tin containing a 10-fold gravity solar power alloy vertically downward in the turbine blade cross section (4D) +++ Using the temperature-increasing sphere lifting device (2F) to ascend and use liquid tin containing alloy + long lens Compressing the heated air and bringing it closer to 1200 degrees + Accelerating the liquid tin containing the alloy vertically downwards to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various energy conservation by tilting and rotating the solar thermal expansion suspension bridge on land Cycle coalescence engine.

Structure and method for accelerating liquid tin containing 11 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4E) + + Using liquid tin containing alloy ascending storage and lifting device (2F) + Long lens Compressing the heated air with a temperature of approx. 1200 degrees + Accelerating liquid tin containing high-temperature alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy to tilt and rotate the solar thermal expansion suspension bridge on land Conservation cycle coalescence organization.

Structure and method for accelerating liquid tin containing 12 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4F) +++ Insulating and using liquid tin containing alloy with long-term heat-increasing ball lifting device (2F) + Long lens Compressing the heated air and bringing it closer to 1200 degrees + Driving the heat-retaining mass turbine and the heat-retaining calorie turbine as an accelerated rolling contact with the liquid tin containing the alloy vertically downward + Inclined rotation of the solar-enhanced suspension bridge on land Various energy conservation cycle coalescence engine.

Structure and method for accelerating liquid tin containing 13 times gravity solar thermal power generation alloy vertically downward in turbine blade cross section (4A) +++ Insulating and using liquid tin containing alloy with long-term heat-increasing ball lifting device (2F) + Long lens Compressing heated air and bringing it closer to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension suspension bridge on land Various energy conservation cycle coalescing engines.

Structure and method for accelerating liquid tin containing a 14-fold gravity solar power alloy vertically downward in the turbine blade cross section (4B) +++ Using the temperature-increasing sphere lifting device (2F) to ascend and use liquid tin containing alloy + long lens Compressing the heated air and bringing it closer to 1200 degrees + Liquid tin containing the alloy is heated with compressed air acceleration to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Tilting the solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Structure and method for accelerating liquid tin containing a 15-fold gravity solar power alloy vertically down the turbine blade cross-section (4C) +++ Using the temperature-increasing sphere lifting device (2F) to ascend and use liquid tin containing alloy + long lens Compressing the heated air and bringing it closer to 1200 degrees + Accelerating the liquid tin containing the alloy vertically downwards to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various energy conservation by tilting and rotating the solar thermal expansion suspension bridge on land Cycle coalescence engine.

Structure and method for accelerating liquid tin containing a 16-times gravity solar power alloy vertically downward in the turbine blade cross section (4D) +++ Using liquid tin containing alloy ascending and preserving with a warming and increasing ball raising device (2F) + long lens Compressing the heated air with a temperature of approx. 1200 degrees + Accelerating liquid tin containing high-temperature alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy to tilt and rotate the solar thermal expansion suspension bridge on land Conservation cycle coalescence organization.

Structure and method of accelerating liquid tin containing a gravity solar thermal power generation alloy 17 times vertically down the turbine blade cross-section (4E) +++ Using liquid tin containing an alloy with a heat retention and increasing ball lifting device (2F) + Preserving and using + Compressing the heated air and bringing it closer to 1200 degrees + Driving the heat-retaining mass turbine and the heat-retaining calorie turbine as an accelerated rolling contact with the liquid tin containing the alloy vertically downward + Inclined rotation of the solar-enhanced suspension bridge on land Various energy conservation cycle coalescence engine.

Structure and method of accelerating liquid tin containing 18-times gravity solar power alloy vertically downward on turbine blade cross section (4F) +++ Insulating and using liquid tin containing alloy with long-term heat-increasing sphere lifting device (2F) + Long lens Compressing heated air and bringing it closer to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension suspension bridge on land Various energy conservation cycle coalescing engines.

Structure and method for accelerating liquid tin containing 19 times gravity solar thermal power generation alloy vertically downward in turbine blade cross section (4A) ++ Insulating liquid tin containing alloy by using a heat retention increasing ball rising device (2F) Compressing the heated air and bringing it closer to 1200 degrees + Liquid tin containing the alloy is heated with compressed air acceleration to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Tilting the solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 20 times the turbine blade cross section (4B) in the vertical direction + storage battery driven various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 21 times the turbine blade cross section (4C) in multiple stages + storage battery-powered various ship primes + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in a multi-stage by providing gravity solar power turbines with 22 times the turbine blade cross section (4D) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing 23 stages of gravity solar power turbines with 23 times the turbine blade cross section (4E) + accelerating storage battery-powered vessels + warming-increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 24 times the turbine blade cross-section (4F) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4A) of 25 times, + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4B) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbine with double turbine blade cross section (4C) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross-section (4D) in multiple stages + Storage battery-driven various ship primes + Heat-retaining sphere raising device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross section (4E) in multiple stages + Storage battery-powered ship fleet priming + Insulation sphere riser (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 5 times the turbine blade cross section (4F) + acceleration of storage battery driven vessels ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 6 times the turbine blade cross section (4A) in the vertical direction + Storage battery driven various ship priming + Thermal insulation increasing ball lift device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar power turbines with 7 times the turbine blade cross section (4B) + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4C) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity turbines with nine times the turbine blade cross-section (4D) in multiple stages + Storage battery-driven various ship priming + Insulating ball increase device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 10 times the turbine blade cross section (4E) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4F), + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross section (4A), + accumulating various battery driven vessels ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 13 times the turbine blade cross section (4B) in multiple stages + storage battery-powered various ship primes + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 14 times the turbine blade cross section (4C) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward with a multi-stage gravity solar thermal turbine with 15 times the turbine blade cross section (4D) + accumulating various battery driven vessels ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4E) + accelerating the storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 17 times the turbine blade cross section (4F) 17 times in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downwards by providing gravity turbines with 18 times the turbine blade cross section (4A) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of 19-times gravity solar power turbines with a turbine blade cross section (4B) of 19 times. ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 20 times the turbine blade cross section (4C) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 21 times the turbine blade cross-section (4D) in the vertical direction + Storage battery-powered various ship primes + Heat-retaining and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in a multi-stage by providing gravity solar power turbines with 22 times the turbine blade cross section (4E) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downwards by providing gravity turbines with 23 times the turbine blade cross section (4F) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4A) in multiple stages + storage battery-driven various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4b) of 25 times in the vertical direction + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4C) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

Structure and method of accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4D) + storage battery driven various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with three times the turbine blade cross-section (4E) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4F) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with five times the turbine blade cross section (4A) in multiple stages. Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 6 times the turbine blade cross section (4B) + heat and cold energy utilization + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with seven times the turbine blade cross section (4C) + heat and cold energy use + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4D) + heat and cold energy use + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compressed air close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-generating mass turbine and the heat-generating heat turbine + Energy storage by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 9 times the turbine blade cross section (4E) + heat and cold use + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 10-fold gravity solar power turbines with multi-stage turbine blade cross-section (4A) + factory electrification prime-up + warming-increasing sphere lifting device (2F) Liquid tin containing alloy is used for storage + Increase in width of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to drive thermal mass turbine and thermal calorie turbine + Various energy conservation cycle coalescing engines that tilt and rotate solar thermal suspension bridges on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 11 times the turbine blade cross-section (4B) in a multi-stage + factory electrification prime-up + warming and increasing ball raising device (2F) Liquid tin containing alloy is stored and used + Increased width of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine Yes + Various energy conservation cycle coalescing engines that tilt and rotate solar thermal suspension bridges on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 12 times the turbine blade cross section (4C) in a multi-stage + factory electrification priming + warming and increasing ball raising device (2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation heat quantity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a 13-fold gravity solar thermal turbine with a turbine blade cross-section (4D) in multiple stages + Factory electrification prime-up + Insulating sphere raising device (2F) Liquid tin containing alloy is used for storage + Increase in width of long lens Compressing heated air and approaching 1200 degrees + Liquid tin containing high temperature alloy is accelerated downwardly in contact with rolling and heat generating mass turbine and heat quantity Combines various energy conservation cycle engines that drive turbines and rotate solar suspension suspension bridges on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 14 times the turbine blade cross-section (4E) in the vertical direction + factory electrification prime-up + warming-increasing ball lifting device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates the suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4D) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 11 times the turbine blade cross section (4E) in multiple stages. Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross-section (4F) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4A) + heat and cold use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4B). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4C) 15 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees. + Accelerates liquid tin containing the alloy vertically downward to drive the heat retaining mass turbine and the heat retaining heat quantity turbine.

Turbine blade cross-section (4D) 16 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land .

Turbine blade cross section (4E) 17 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross section (4F) is 18 times the gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) use the liquid tin containing the alloy to save and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4A) 19-times gravity solar power generation generating turbine blade equipment method + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 ° C + Heats the liquid tin containing the alloy by accelerating the compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravity solar power turbines with a turbine blade cross section (4B) of 20 times, and + maximizing the use of heat and cold + using long lenses as heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross-section (4C) 21-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Turbine blade cross-section (4D) 22-times gravity solar thermal power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat amount turbine as an accelerated rolling contact and rotate the solar thermal suspension bridge on land.

Turbine blade cross-section (4E) 23-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

A structure and method of accelerating specific critical materials vertically downward by providing multiple stages of gravity solar thermal turbines with 24 times the turbine blade cross section (4F) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

Structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4A) + Fully electrified residential prime 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4B) + full electrification housing prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4C) + full electrified house prime + warming increase ball rising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with three times the turbine blade cross section (4D) + making the entire electrified housing primed 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4E) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross section (4F) 5 times gravity solar thermal power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width heating and approaching 1200 degrees + Accelerating liquid tin containing alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat turbine + Various energy storage cycles to tilt and rotate solar thermal suspension bridge on land Combined organization.

Turbine blade cross section (4A) 6 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) to use liquid tin containing alloys and use + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing high temperature alloy vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation to tilt and rotate solar thermal enhancement suspension bridge on land Cycle coalescence engine.

Turbine blade cross-section (4B) 7 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4C) 8 times gravity solar thermal power generation structure and method + storage battery driven various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal increase suspension bridge is tilted on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4D) 9 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing alloy heated air with compressed air acceleration to drive heat-generating mass turbine and heat-generating heat turbine + Solar-heated suspension bridge tilted on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 10 times the turbine blade cross section (4E) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 11 times the turbine blade cross-section (4F) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

Structure and method for accelerating liquid tin containing 10 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4B) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Structure and method of accelerating liquid tin containing 11 times gravity solar power generation alloy vertically down the turbine blade cross section (4C) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Configuration and method of accelerating liquid tin containing 12 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4D) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Configuration and method for accelerating liquid tin containing 13 times gravity solar power alloy vertically down the turbine blade cross section (4E) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing 14-times gravity solar power generation alloy vertically down the turbine blade cross section (4F) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

Structure and method for accelerating liquid tin containing 15 times gravity solar thermal power alloy vertically down the turbine blade cross section (4A) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Configuration and method of accelerating liquid tin containing gravity solar thermal power generation alloy 16 times lower than vertical in turbine blade cross section (4B) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Configuration and method of accelerating liquid tin containing gravity solar thermal power generation alloy vertically 17 times lower than turbine blade cross section (4C) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Configuration and method for accelerating liquid tin containing 18-times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4D) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Configuration and method for accelerating liquid tin containing 19 times gravity solar thermal power generation alloy vertically downward + air pipe air by suction compression heat recovery with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing alloy vertically vertically by providing gravity turbines with 20 times the turbine blade cross section (4F) in multiple stages + storage battery-powered various ship primes + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 21 times the turbine blade cross section (4A), + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity turbines with 22 times the turbine blade cross-section (4B) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 23 times the turbine blade cross section (4C) in a multi-stage + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross-section (4D) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of a gravity solar thermal turbine with a turbine blade cross section (4E) of 25 times + a storage battery-driven ship, and a warming-increasing sphere lifting device (2F) ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 26 times the turbine blade cross section (4F) + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar power turbines with double turbine blade cross section (4A) + storage battery driven various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross section (4B) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4C) in multiple stages + Storage battery-powered various ship primes + Insulation sphere riser (2F ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4D). ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 6 times the turbine blade cross section (4E) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with multiple gravity turbines with 7 times the turbine blade cross section (4F) + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity turbines with 8 times the turbine blade cross section (4A), + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4B) in multiple stages + storage battery-driven various ship priming + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 10 times the turbine blade cross-section (4C) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4D) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4E) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 13 times the turbine blade cross-section (4F) in the vertical direction + Storage battery-driven various ship priming + Insulation sphere raising device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by arranging gravity solar thermal turbines with 14 times the turbine blade cross section (4A) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4B) + accumulating various battery-powered vessels ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy in a vertically downward direction with a 16-fold gravity solar power turbine with a turbine blade cross section (4C) in a multi-stage + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 17 times the turbine blade cross-section (4D) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downwards by providing gravity turbines with 18 times the turbine blade cross-section (4E) in the vertical direction + Storage battery-powered various ship primes + Insulating ball-lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in a multi-stage by providing gravity turbines with 19 times the turbine blade cross section (4F) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4A) 20 times larger, + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 21 times the turbine blade cross section (4B) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in a multi-stage by providing gravity solar power turbines with 22 times the turbine blade cross section (4C) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 23 times the turbine blade cross-section (4D) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4E) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4F) of 25 times in the vertical direction. ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

Structure and method for accelerating liquid tin containing alloy vertically downwards by providing gravity solar power turbines with 26 times the turbine blade cross section (4A) in the vertical direction. ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple gravity solar power turbines with double turbine blade cross section (4B) + storage battery-powered various ship priming + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloy in a vertically downward direction by providing gravity turbines with three times the turbine blade cross section (4C) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 4 times the turbine blade cross section (4D) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar thermal turbines with 5 times the turbine blade cross-section (4E) + heat and cold energy use + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + accelerating the liquid tin containing the alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a 6-fold gravity solar power turbine with 6 times the turbine blade cross-section (4F) + heat and cold energy priming + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravitational solar power turbines with 7 times the turbine blade cross section (4A). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4B) + heat and cold energy use + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high temperature alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar thermal turbines with 9 times the turbine blade cross section (4C) in multiple stages. Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to drive the heat-generating mass turbine and the heat-generating heat turbine + Energy-saving cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land .

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy vertically 10 times lower than the turbine blade cross section (4F) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Structure and method of accelerating liquid tin containing 11 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4A) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Configuration and method of accelerating liquid tin containing 12 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4B) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing 13 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4C) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing gravity solar thermal power generation alloy vertically 14 times lower than the turbine blade cross section (4D) + air pipe air is sucked by compression heat recovery with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

Configuration and method for accelerating liquid tin containing 15 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4E) + air pipe air by suction compression heat recovery with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Accelerates the heat insulation mass turbine and the heat insulation heat quantity turbine + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Structure and method of accelerating liquid tin containing gravity solar thermal power generation alloy 16 times the vertical direction of turbine blade cross section (4F) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engine that accelerates downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + inclines and rotates solar thermal suspension bridge on land.

Configuration and method for accelerating liquid tin containing a gravity solar thermal power generation alloy 17 times vertically down the turbine blade cross section (4A) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Various energy conservation cycle coalescing engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact and incline and rotate the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing 18-times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4B) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy conservation cycle coalescence engines that drive the heat-generating mass turbine and the heat-generating heat turbine for power generation as an accelerated rolling contact downward, and rotate and rotate the solar thermal suspension bridge on land.

Configuration and method of accelerating liquid tin containing 19 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4C) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engine that heats the air by acceleration and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation + rotating the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4D) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to maintain thermal mass turbine and thermal calorie turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 21 times the turbine blade cross section (4E) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of gravity solar power turbines with 22 times the turbine blade cross section (4F) + storage battery-driven various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates the suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing 23 stages of gravity solar power turbines with a turbine blade cross section (4A) of 23 times in the vertical direction + accelerating storage battery-driven vessels ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 24 times the gravity blades of turbine blade cross section (4B) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4C) of 25 times in multiple stages. 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 26 times the turbine blade cross section (4D) in a multi-stage + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that rotates solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with double turbine blade cross-section (4E) + warming-up ball-lifting device (accumulating various battery-powered ships) 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with three times the turbine blade cross-section (4F) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4A) in a multi-stage + accelerating storage battery-powered vessels + warming-increasing sphere lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 5 times the turbine blade cross section (4B) + accelerating storage battery-powered vessels + warming-increasing sphere lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 6 times the turbine blade cross-section (4C) in multiple stages + Storage battery-powered various ship primes + Heat-retaining and increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravitational solar power turbines with a turbine blade cross section (4D) 7 times higher, + accumulating various battery-driven vessels 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 8 times the turbine blade cross section (4E) in the vertical direction. 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with nine times the turbine blade cross-section (4F) in a multi-stage + accelerating various battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 10 times the turbine blade cross section (4A) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball raising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross-section (4B) in multiple stages + storage battery-driven ship priming + warming and increasing ball lifting device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4C) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 13 times the turbine blade cross-section (4D) in a multi-stage + accelerating various battery-powered vessels + warming-increasing ball lifting device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 14 times the turbine blade cross section (4E) in the vertical direction + accelerating various battery-powered vessels + warming-increasing ball lifting device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4F) + accumulating various battery driven vessels ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of 16-times gravity solar power turbines with a turbine blade cross section (4A). 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 17 times the turbine blade cross section (4B) in the vertical direction + accelerating storage battery-powered various vessels 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4C) + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4D) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage + Increase in the width of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing high temperature alloy as an accelerated rolling contact vertically downward and heat retaining mass turbine for power generation and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of gravity turbines with 20 times the turbine blade cross section (4E), + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 21 times the turbine blade cross-section (4F) in multiple stages + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the liquid tin containing alloy with compressed air acceleration to generate heat insulation mass turbine And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4A) in the vertical direction + accelerating various battery-powered vessels + warming-increasing sphere raising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 23 stages of gravity solar thermal turbines with 23 times the turbine blade cross section (4B) + accelerating storage battery-powered vessels + warming and increasing ball raising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 24 times the turbine blade cross section (4C) + accumulating various battery driven vessels 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with a turbine blade cross-section (4D) 25 times larger. 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross section (4E) + storage battery-powered various ship priming + thermal insulation increasing ball lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with double turbine blade cross-section (4F) + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with three times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-driven vessels 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + accelerating the liquid tin containing the alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + liquid tin containing alloy is heated by compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension suspension bridge on land .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4X) + heat and cold energy use + heat absorption of sunlight with a long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that heats the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation and inclines and rotates the solar thermal suspension suspension bridge on land.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and approaches 1200 degrees + Liquid tin containing high-temperature alloy of heavy material accelerates vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine of power generation + Various types of tilting rotation of the solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compressed air approaches 1200 degrees + Liquid tin containing heavier material coated high temperature alloy accelerates vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine of power generation Various energy conservation cycle coalescing engines.

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing heavy material alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of rotating the solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + Liquid tin containing a heavier material alloy accelerates vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension bridge on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing a heavy material alloy to drive the thermal insulation mass turbine and thermal insulation heat turbine organ.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using liquid tin containing an alloy in a warming-increasing ball lifting device (2F) + Using and storing liquid tin containing an alloy + Compressing the heated air of a long lens close to 1200 degrees + Liquid tin containing an alloy of a heavy substance The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Liquid containing a heavier material alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

Turbine blade cross section (4X) gravity solar thermal power generation turbine with 22 times multiple stages and structure and method of accelerating specific critical substances vertically downward + warm and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using liquid tin containing an alloy in a warming-increasing ball lifting device (2F) + Using and storing liquid tin containing an alloy + Compressing the heated air of a long lens close to 1200 degrees + Liquid tin containing an alloy of a heavy substance Accelerated rolling contact is used to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Insulate and use liquid tin containing alloy in a warming-increasing ball lift device (2F) + Enhance the length of the long lens + Compress the heated air close to 1200 degrees + Includes a higher temperature alloy of heavier material Various energy conservation cycle coalescence engine that tilts and rotates the solar thermal suspension suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation calorie turbine of power generation by accelerating rolling contact with liquid tin vertically downward.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using a heated tin escalator (2F) to lift and store the liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid containing a heavy material high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the solar thermal suspension suspension bridge to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by accelerating tin.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a multi-stage gravity solar thermal turbine with a turbine blade cross section (4X) of 25 times, and making the whole electrified house primed. 2F) Liquid tin containing alloy is used for preserving + Increasing the width of the long lens Compressing heated air and bringing it closer to 1200 degrees + Accelerating liquid tin containing heavy material alloy with compressed air Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross-section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate the liquid tin containing the heavier material alloy with compressed air to keep the power generation warm Various energy storage cycle coalescence engine that drives mass turbine and heat insulation heat quantity turbine + solar heat increase suspension bridge tilts on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Keep liquid heat containing heavy material alloy in accelerated rolling contact with compressed air Various energy storage cycle coalescence engine that drives mass turbine and heat insulation heat quantity turbine + solar heat increase suspension bridge tilts on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing three stages of gravity solar power turbines with three times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Use liquid tin containing alloy ascending storage + Increase the width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing alloy of heavier material with compressed air for accelerated rolling contact for power generation Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine and incline and rotate the suspension bridge with increased solar heat on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) use of liquid tin containing alloy to increase storage + long lens width increase heating air compressed to approach 1200 degrees + liquid tin containing heavy material high temperature alloy to accelerate power generation mass turbine for power generation and Combines various energy conservation cycle engines that drive a thermal insulation heat turbine and tilt and rotate a solar thermal suspension bridge on land.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing heavy material alloy with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of solar thermal suspension bridge on land Various energy conservation cycle coalescing engines.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased heating to approach 1200 degrees + Accelerate liquid tin containing heavier material alloy with compressed air to drive thermal insulation mass turbine and thermal energy turbine for power generation + Inclined solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width heating to approach 1200 degrees + Liquid tin containing heavy alloy alloy is driven by accelerated rolling contact with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased heating and approached 1200 degrees + Liquid tin containing a heavier alloy of heavier material accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal suspension suspension bridge on land Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Accelerate liquid tin containing high-temperature alloy of heavy material to drive thermal insulation mass turbine and thermal insulation heat turbine Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Insulating and increasing the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compressing the heated air of the long lens + approaching 1200 degrees + Heavy material alloy Various energy conservation cycle coalescence engines that incline and rotate the solar thermal suspension bridge on land to accelerate the liquid tin containing it with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the heated tin increase device (2F) to ascend and use liquid tin containing the alloy + Increase the width of the long lens and pressurize the heated air to approach 1200 degrees + Heavier material alloy Accelerating liquid tin containing compressed air with compressed air to drive a heat-generating mass turbine and a heat-generating heat energy turbine + various energy storage cycle coalescence engines that tilt and rotate a solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting linearly in the absorbent material + Insulating and increasing the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compressing the heated air of the long lens + approaching 1200 degrees + Heavy material alloy Various energy conservation cycle coalescence engine that tilts and rotates the solar thermal suspension suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine using liquid tin containing accelerated rolling contact with compressed air.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the heated tin increase device (2F) to ascend and use liquid tin containing the alloy + Increase the width of the long lens and pressurize the heated air to approach 1200 degrees + Heavier material alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine of the power generation using liquid tin containing swiftly as the vertical rolling contact, and rotate and tilt the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing alloy in the heat-increasing ball rising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavy substance high-temperature alloy Accelerates liquid tin containing hydrogen and drives a heat-retaining mass turbine and a heat-retaining calorie turbine + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compresses the air and approaches 1200 degrees + Liquid tin containing heavier material alloy accelerates vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various types of tilting rotation of the solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 17 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use liquid tin containing an alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing heavy material alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of rotating the solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Liquid containing a heavier material alloy Various energy conservation cycle coalescence engines that incline and rotate the solar thermal suspension suspension bridge to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by accelerating tin.

Turbine blade cross section (4X) gravity solar thermal power generation turbine with 22 times multiple stages and structure and method of accelerating specific critical substances vertically downward + warm and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using a heated tin escalator (2F) to lift and store the liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid containing a heavy material high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Liquid containing a heavier material alloy Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation using tin as an accelerated rolling contact with compressed air.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased heating and approached 1200 degrees + Liquid tin containing high-temperature alloy of heavy material accelerated and contacted vertically downward to drive heat-generating mass turbine and heat-generating heat turbine + Solar-powered suspension bridge on land Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating to approach 1200 degrees + liquid tin containing heavier material alloy with compressed air to drive thermal insulation mass turbine and thermal energy turbine for power generation + solar thermal suspension bridge on land Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity solar thermal turbines with 12 times the turbine blade cross section (4X) in the vertical direction + making use of hot and cold heat + absorbing sunlight with a long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that drives the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact vertically downward and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Accelerates liquid tin containing heavy material alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + Liquid tin containing heavier material alloy accelerates downward vertically to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension bridge on land Various energy conservation cycle coalescence engine.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using liquid tin containing an alloy in a warming-increasing ball lifting device (2F) + Using and storing liquid tin containing an alloy + Compressing the heated air of a long lens close to 1200 degrees + Liquid tin containing an alloy of a heavy substance The energy storage cycle coalescence engine which drives the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation by accelerating the power + the solar thermal increase suspension bridge is inclined and rotated on land.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Gather in a straight line + Insulate and use liquid tin containing alloy in a warming-increasing ball lift device (2F) + Enhance the length of the long lens + Compress the heated air close to 1200 degrees + Includes a higher temperature alloy of heavier material Various energy conservation cycle coalescence engine that accelerates the liquid tin vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation, and rotates and tilts the solar thermal suspension bridge on land.

Turbine blade cross section (4X) gravity solar thermal power generation turbine with 22 times multiple stages and structure and method of accelerating specific critical substances vertically downward + warm and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using liquid tin containing an alloy in a warming-increasing ball lifting device (2F) + Using and storing liquid tin containing an alloy + Compressing the heated air of a long lens close to 1200 degrees + Liquid tin containing an alloy of a heavy substance Accelerating rolling contact with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased heating and bringing it closer to 1200 degrees + Accelerating liquid tin containing a heavier alloy of a heavier material vertically down to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal suspension bridge on land Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing an alloy vertically downward by using 11 stages of gravity solar power turbines with 11 times the turbine blade cross section (4X) + making use of hot and cold heat + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compresses the air and brings it closer to 1200 degrees + Accelerates liquid tin containing a heavier material alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various energy conservation to rotate and rotate the solar thermal suspension suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing a high-temperature alloy of heavy substances to drive the thermal insulation mass turbine and thermal insulation heat energy turbine Combined organization.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using a heated tin escalator (2F) to lift and store the liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid containing a heavy material high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the shore to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation by accelerating tin vertically downward.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Liquid containing a heavier material alloy Accelerating tin with compressed air to drive a heat-generating mass turbine and a heat-generating heat turbine.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width heating to approach 1200 degrees + Liquid tin containing high-temperature alloy of heavy material is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compressing air with increased width heating and bringing it closer to 1200 degrees + Accelerating liquid tin containing heavy material alloy to drive the thermal insulation mass turbine and thermal insulation heat energy turbine + Various energy to tilt and rotate the solar thermal enhancement suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravitational solar power turbines with 10 times the turbine blade cross section (4X) + heat and cold energy plus + long-lens heat absorption Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that accelerates vertically downward and drives thermal insulation mass turbine and thermal insulation heat quantity turbine + solar thermal increase suspension bridge tilts and rotates on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing a 13-fold gravity solar power generation turbine with 13 times the turbine blade cross section (4X) + making use of hot and cold heat + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + Accelerates liquid tin containing a heavy material alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various energy conservation cycles that tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compressed air close to 1200 degrees + Liquid tin containing heavier material alloy is used for accelerated rolling contact to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of energy conservation by tilting and rotating the solar thermal expansion suspension bridge on land Cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing heavy material alloy with compressed air to drive the thermal insulation mass turbine and thermal insulation heat energy turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using liquid tin containing an alloy in a warming-increasing ball lifting device (2F) + Using and storing liquid tin containing an alloy + Compressing the heated air of a long lens close to 1200 degrees + Liquid tin containing an alloy of a heavy substance The engine is accelerated with compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using liquid tin containing an alloy in a warming-increasing ball lifting device (2F) + Using and storing liquid tin containing an alloy + Compressing the heated air of a long lens close to 1200 degrees + Liquid tin containing an alloy of a heavy substance The engine is accelerated with compressed air to drive the heat-generating mass turbine and the heat-generating heat turbine.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) Liquid tin containing alloy is used for preserving + Increasing the width of the long lens Compressing heated air and bringing it closer to 1200 degrees + Accelerating liquid tin containing heavy material alloy with compressed air Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Accelerated liquid tin containing heavy material alloy with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of solar thermal suspension bridge on land Various energy conservation cycle coalescing engines.

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing heavy material alloy drives accelerated rolling contact to drive the thermal insulation mass turbine and thermal insulation heat energy turbine + Various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land Combined organization.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compressed air approaches 1200 degrees + liquid tin containing a heavier alloy of heavier material accelerates vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + tilted rotation of the solar thermal suspension bridge on land Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing three stages of gravity solar power turbines with three times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Use liquid tin containing alloy ascending and storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Generate liquid tin containing high-temperature alloy of heavier material as an accelerated rolling contact vertically downward Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of + and rotate and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses heated air to approach 1200 degrees + Accelerates liquid tin containing heavy material high temperature alloy and heat generation mass turbine and heat insulation for power generation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased heating to approach 1200 degrees + Liquid tin containing heavier material alloy accelerates vertically downward to drive thermal insulation mass turbine and thermal energy turbine for power generation + Solar thermal suspension bridge on land Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing alloy in the heat-increasing ball rising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavy substance high-temperature alloy The energy storage cycle coalescence engine which inclines and rotates the solar thermal augmentation suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the heated tin increase device (2F) to ascend and use liquid tin containing the alloy + Increase the width of the long lens and pressurize the heated air to approach 1200 degrees + Heavier material alloy The energy storage cycle coalescence engine which inclines and rotates the solar thermal augmentation suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting linearly in the absorbent material + Insulating and increasing the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compressing the heated air of the long lens + approaching 1200 degrees + Heavy material alloy Various energy conservation cycle coalescence engines that drive the heat-retaining mass turbine and the heat-retaining calorie turbine of the power generation using the liquid tin containing the vertical tin in the vertical downward direction, and rotate the solar thermal suspension suspension on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting linearly in the absorbent material + Insulating and increasing the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compressing the heated air of the long lens + approaching 1200 degrees + Heavy material alloy Various energy conservation cycle coalescence engines that incline and rotate solar suspension suspension bridges on the ground to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that accelerates the liquid tin contained.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating + Compresses the air and brings it closer to 1200 degrees + Accelerates liquid tin containing a heavier material alloy to drive the thermal insulation mass turbine and thermal insulation heat generation turbine + Various energy conservation cycles that tilt and rotate the solar thermal suspension suspension bridge on land Combined organization.

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing a high-temperature heavy alloy alloy is accelerated and rolled vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension bridge on land Various energy conservation cycle coalescence engine.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing a heavier material alloy is accelerated and brought into contact with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension bridge on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloys of heavy substances to drive the heat-retaining mass turbine and heat-retaining calorie turbine + Various energy storage cycles that tilt and rotate the solar thermal suspension bridge on land Combined organization.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Use liquid tin containing alloy for storage + Increase the length of the long lens Compress the heated air to approach 1200 degrees + Liquid tin containing a high temperature alloy of heavy material vertically accelerated rolling contact Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine and incline and rotate the suspension bridge with increased solar heat on land.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased heating and bringing it closer to 1200 degrees + Liquid tin containing heavy alloy alloy is accelerated and brought into contact vertically to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + Accelerates liquid tin containing heavy material alloys to drive the heat-generating mass turbine and heat-generating calorie turbine + Combines various energy conservation cycles to tilt and rotate the solar thermal suspension bridge on land organ.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compresses the air and approaches 1200 degrees + Liquid tin containing a heavier alloy of a heavier material is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension suspension bridge on land Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air close to 1200 degrees + Liquid tin containing heavy alloy alloy is driven by accelerated rolling contact with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of tilting rotation of solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

The turbine blade cross-section (4X) 18 times gravity solar power generation generating equipment method to make all the turbine blades + warming and increasing ball lifting device (2F) to use the liquid tin containing the alloy to save and use + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing a heavier material alloy is accelerated and brought into contact with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Inclined rotation of the solar thermal suspension bridge on land Various energy conservation cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 26 times the turbine blade cross-section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Use liquid tin containing alloy for preserving + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate the liquid tin containing the heavier material high temperature alloy vertically downward for power generation Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine and incline and rotate the suspension bridge with increased solar heat on land.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased heating to approach 1200 degrees + Liquid tin containing heavier material alloy accelerates vertically downward to drive the thermal insulation mass turbine and thermal energy turbine for power generation + Inclined solar thermal suspension bridge on land Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Molybdenum molybdenum steel spheres are accelerated with impact reduction means (2G) to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Solar thermal suspension bridge on land Various energy storage cycle coalescing engines that rotate at an angle.

Structure and method for accelerating liquid tin containing 10 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating liquid ball rising device (2F) is used to ascend and store liquid tin containing alloy + Width increasing of long lens Compressed air is brought close to 1200 degrees + Liquid tin containing heavy material alloy The energy storage cycle coalescence engine that inclines the solar thermal suspension suspension bridge on the land and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine to accelerate vertically downward.

Structure and method of accelerating liquid tin containing 11 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulates and lifts liquid tin containing alloy in a warming and increasing ball lift device (2F) + Enhances the length of the long lens and pressurizes the heated air to approach 1200 degrees + Liquid containing alloy of heavier material Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

Configuration and method for accelerating liquid tin containing 12 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating liquid ball rising device (2F) is used to ascend and store liquid tin containing alloy + Width increasing of long lens Compressed air is brought close to 1200 degrees + Liquid tin containing heavy material alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Configuration and method for accelerating liquid tin containing 13 times gravity solar power alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulates and lifts liquid tin containing alloy in a warming and increasing ball lift device (2F) + Enhances the length of the long lens and pressurizes the heated air to approach 1200 degrees + Liquid containing alloy of heavier material Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing 14 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball riser (2F) uses liquid tin containing an alloy to be stored and used + Increases the width of the long lens and compresses the heated air to approach 1200 degrees + Liquid containing a high temperature alloy of heavy material Various energy conservation cycle coalescence engines that incline and rotate the solar thermal suspension suspension bridge to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by accelerating tin.

Configuration and method for accelerating liquid tin containing 15 times gravity solar thermal power alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball riser (2F) uses liquid tin containing an alloy to be stored and used + Increases the width of the long lens and compresses the heated air to approach 1200 degrees + Liquid containing a high temperature alloy of heavy material Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the shore to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation by accelerating tin vertically downward.

Configuration and method of accelerating liquid tin containing gravity solar thermal power generation alloy 16 times gravity vertically down the turbine blade cross section (4X) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulates and lifts liquid tin containing alloy in a heat-increasing ball lift device (2F) + Increases the width of the long lens + Compresses the heated air to approach 1200 degrees + Includes a high-temperature alloy of heavier material Various energy conservation cycle coalescence engine that accelerates the liquid tin vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine for power generation, and rotates and tilts the solar thermal suspension bridge on land.

Configuration and method for accelerating liquid tin containing a gravity solar thermal power generation alloy 17 times vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating liquid ball rising device (2F) is used to ascend and store liquid tin containing alloy + Width increasing of long lens Compressed air is brought close to 1200 degrees + Liquid tin containing heavy material alloy Accelerating rolling contact with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Configuration and method for accelerating liquid tin containing 18 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulates and lifts liquid tin containing alloy in a heat-increasing ball lift device (2F) + Increases the width of the long lens + Compresses the heated air to approach 1200 degrees + Includes a high-temperature alloy of heavier material Various energy conservation cycle coalescence engine that tilts and rotates the solar thermal suspension suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation calorie turbine of power generation by accelerating rolling contact with liquid tin vertically downward.

Configuration and method of accelerating liquid tin containing a 19 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball riser (2F) uses liquid tin containing an alloy to be stored and used + Increases the width of the long lens and compresses the heated air to approach 1200 degrees + Liquid containing a high temperature alloy of heavy material Various energy conservation cycle coalescence engines that incline and rotate the solar thermal suspension suspension bridge to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by accelerating tin.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross-section (4X) 20 times in multiple stages + Storage battery-powered various ship primes + Thermal insulation increasing ball lift device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 21 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing sphere lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a vertical direction + accelerating storage battery-powered vessels + warming-increasing sphere raising device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing 23-fold gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 24 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball raising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with a turbine blade cross section (4X) of 25 times in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 26 times in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravitational solar power turbines with twice the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with three times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-driven vessels 2F) Uses liquid tin containing an alloy in an ascending condition + Increases the width of a long lens and compresses heating air to approach 1200 degrees + Accelerates liquid tin containing an alloy vertically downward to maintain heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically vertically with a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 6 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) of 7 times + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep thermal turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of 8 times gravity solar power turbines with a turbine blade cross section (4X). ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 9 times the turbine blade cross section (4X) in multiple stages + Storage battery-powered various ship primes + Insulating ball-lifting device (2F ) Liquid tin containing alloy is used for storage + Increase in width of long lens Compress air heated to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to keep heat and heat capacity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4X) + accelerating the storage battery-powered vessels + warming-increasing sphere lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a suspension bridge with increased solar heat on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 13 times the turbine blade cross section (4X) in the vertical direction + accelerating the storage battery-powered vessels + warming and increasing ball lifting device ( 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power generation turbines with 14 times the turbine blade cross section (4X) in the vertical direction. 2F) use of liquid tin containing alloy ascending and storage + increasing the width of the long lens and compressing heated air to approach 1200 degrees + heat retaining mass turbine for power generation using liquid tin containing alloy as an accelerated rolling contact vertically downward, and A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downwards by placing gravity turbines with 17 times the turbine blade cross section (4X) in the vertical direction. 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 18 times the turbine blade cross section (4X) in the vertical direction. 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + storage battery-powered various ship priming + thermal insulation increasing sphere raising device ( 2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the high-temperature alloy is accelerated and contacted vertically downward to maintain the heat-generating mass turbine for power generation And the energy storage cycle coalescing engine that drives the thermal insulation heat quantity turbine + inclines the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross-section (4X) 20 times in multiple stages + Storage battery-powered various ship primes + Thermal insulation increasing ball lift device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 21 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing sphere lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a vertical direction + accelerating storage battery-powered vessels + warming-increasing sphere raising device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing 23-fold gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to keep the mass of power generation Combined engine for various energy conservation cycles that drives the turbine and the thermal insulation heat quantity turbine + inclines and rotates the solar thermal augmentation suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with a turbine blade cross section (4X) of 25 times in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 26 times in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravitational solar power turbines with twice the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Combined air temperature etc. and various energy storage cycles that recover and use cold heat Combined organization.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4X) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage and storage + Compressed air for increasing the length of the long lens and bringing it closer to 1200 degrees + Combined with various energy storage cycles as a power generation method that recovers and uses cold air organ.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + heat and cold energy plus + long-lens heat absorption Collecting in a straight line on the material + Increasing the head with the warming-increasing sphere lifting device (2F) + Using the heated tin-increasing device (2F) to lift and store the liquid tin containing the alloy + Compressing the air to increase the width of the long lens + Energy conservation cycle coalescence engine that inclines and rotates the solar thermal suspension suspension bridge on the land using liquid tin containing alloy as an accelerated rolling contact in the vertical downward direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross-section (4X) + heat and cold use + solar absorption with long lens Collecting in a straight line on the material + Increasing the head with the warming-increasing sphere lifting device (2F) + Using the heated tin-increasing device (2F) to lift and store the liquid tin containing the alloy + Compressing the air to increase the width of the long lens + Energy conservation cycle coalescence engine that inclines and rotates a solar thermal suspension suspension bridge on land using liquid tin containing high-temperature alloy as an accelerated rolling contact in the vertical downward direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity turbines with nine times the turbine blade cross-section (4X) + heat and cold use + solar absorption with long lens Collecting in a straight line on the material + Increasing the head with the warming-increasing sphere lifting device (2F) + Using the heated tin-increasing device (2F) to lift and store the liquid tin containing the alloy + Compressing the air to increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to drive the heat retaining mass turbine and heat retaining calorie turbine. + Various energy conservation cycle coalescence engines that rotate and rotate the solar thermal suspension suspension bridge on land.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air of the air and brings it close to 1200 degrees + Accelerates liquid tin containing heavy material alloy with compressed air to drive the thermal insulation mass turbine and thermal insulation heat energy turbine + Various energy to tilt and rotate the solar thermal suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that incline and rotate the suspension bridge on the land to drive the thermal insulation mass turbine and thermal insulation heat turbine by accelerating tin vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 23 stages of gravitational solar power turbines with a turbine blade cross section (4X) in multiple stages + Heat and cold energy priming + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation by using tin as an accelerating rolling contact in the vertically downward direction, and that rotate and rotate the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 24 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Accelerating the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar thermal suspension bridge on land.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 25 times the turbine blade cross section (4X) in the vertical direction. The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heated air is compressed to approach 1200 degrees + The liquid tin containing the alloy is accelerated vertically downward to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine Yes + Various energy conservation cycle coalescing engines that tilt and rotate solar thermal suspension bridges on land.

Structure and method of accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 26 times the turbine blade cross-section (4X) in the vertical direction + Fully electrified residential prime + Heat-insulating sphere lifting device (2F) The liquid tin containing the alloy is stored in an elevated state + the width of the long lens is increased and the heated air is compressed to approach 1200 degrees + the liquid tin containing the high temperature alloy is accelerated vertically downward to maintain the heat retaining mass turbine and the heat retaining heat amount turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + Fully electrified house priming + Insulating sphere increasing device (2F) Liquid tin containing alloy is used for ascending and storage + Width increase of long lens Compressed air is brought close to 1200 degrees + Liquid tin containing alloy is accelerated and brought into contact in a vertically downward contact with heat generation mass turbine and heat storage heat amount Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with three times the turbine blade cross section (4X) in the vertical direction + Fully electrified house priming + Insulating sphere increasing device (2F) Liquid tin containing alloy is used for storage + Increase in width of long lens Compressing heated air and approaching 1200 degrees + Liquid tin containing high temperature alloy is accelerated downwardly in contact with rolling and heat generating mass turbine and heat quantity Combined engine for various energy conservation cycles that drives the turbine and tilts and rotates the solar thermal suspension bridge on land.

Structure and method of accelerating liquid tin containing high-temperature alloy vertically downward by installing gravity solar power turbines with four times the turbine blade cross section (4X) in the vertical direction + Fully electrified house priming + Heat-insulating sphere rising device (2F) The liquid tin containing the alloy is used for ascending and storage + Increasing the width of the long lens and compressing the heated air to approach 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration to generate a heat-retaining mass turbine A combined energy storage cycle engine that drives the thermal insulation heat turbine and inclines and rotates the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compresses the air and brings it closer to 1200 degrees + Accelerates liquid tin containing heavier material alloys with compressed air to drive the thermal insulation mass turbine and thermal insulation heat turbine + Various types of rotating the solar thermal suspension bridge on land Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar power turbines with twice the turbine blade cross section (4X) + full-scale electrified house priming + warming and increasing sphere lifting device (2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to maintain heat generation mass turbine and heat insulation heat quantity turbine + Energy conservation cycle coalescing engine that tilts and rotates the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by providing multiple stages of gravity turbines with three times the turbine blade cross-section (4X) + full electrification house priming + warming-increasing ball lifting device (2F) The liquid tin containing the alloy is stored in an elevated state + The width of the long lens is increased and the heating air is compressed to approach 1200 degrees + The liquid tin containing the high temperature alloy is accelerated and contacted vertically downward to maintain the power generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates the suspension bridge with increased solar heat on the land.

Structure and method of accelerating liquid tin containing high-temperature alloy vertically downward by installing gravity solar power turbines with four times the turbine blade cross section (4X) in the vertical direction + Fully electrified house priming + Heat-insulating sphere rising device (2F) The liquid tin containing the alloy is used for ascending and storage + Increasing the width of the long lens and compressing the heated air to approach 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration to generate a heat-retaining mass turbine Combines various energy conservation cycle engines that drive a thermal insulation heat turbine and tilt and rotate a solar thermal suspension bridge on land.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Accelerate liquid tin containing heavy material alloy vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine of power generation + Inclined rotation of solar thermal enhancement suspension bridge on land Various energy conservation cycle coalescing engines.

With a structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbine with 26 times the turbine blade cross section (4X) Liquid tin containing alloy is stored and used + Increased width of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine Yes + Various energy conservation cycle coalescing engines that tilt and rotate solar thermal suspension bridges on land.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing a multi-stage gravity solar thermal turbine with 4 times the turbine blade cross section (4X) + full electrification of the house + warming and increasing ball lifting device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to maintain heat generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates the suspension bridge with increased solar heat on the land.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and approach 1200 degrees + Liquid tin containing heavier material alloy is accelerated vertically downward to drive thermal mass turbine and thermal mass turbine + Solar thermal suspension suspension is tilted on land Various energy conservation cycle coalescence engine.

With a structure and method of accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 25 times the turbine blade cross section (4X) + full-scale electrified house priming + warming and increasing ball lifting device (2F) Liquid tin containing alloy is used for storage + Increase in width of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to drive thermal mass turbine and thermal calorie turbine + Various energy conservation cycle coalescing engines that tilt and rotate solar thermal suspension bridges on land.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating to approach 1200 degrees + Liquid tin containing heavy material alloy accelerates vertically downward to drive thermal insulation mass turbine and thermal insulation heat quantity turbine + Various types of solar thermal increase suspension bridge tilted and rotated on land Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Liquid tin containing heavier material alloy accelerated rolling contact to drive thermal insulation mass turbine and thermal energy turbine for power generation + Inclined rotation of solar thermal enhancement suspension bridge on land Various energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + long lens absorbs heat Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that heats the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine for power generation and inclines and rotates the solar thermal suspension suspension bridge on land.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it close to 1200 degrees + Liquid tin containing heavy alloy alloy is used as an accelerated rolling contact to drive the thermal insulation mass turbine and thermal insulation heat turbine for power generation + Various types of slant rotation of the solar thermal enhancement suspension bridge on land Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity turbines with 23 times the turbine blade cross section (4X) + making use of hot and cold energy + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Accelerating rolling contact in the vertical direction to drive the thermal insulation mass turbine and thermal insulation heat quantity turbine of the power generation + various energy conservation cycle coalescence engine that tilts and rotates the solar thermal increase suspension bridge on land.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating to approach 1200 degrees + Accelerate liquid tin containing heavier material alloy to drive heat generation mass turbine and heat generation heat turbine + Various types of slant rotation of solar thermal increase suspension bridge on land Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 22 times the turbine blade cross section (4X) + heat and cold use + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle coalescence engine that drives the thermal insulation mass turbine and thermal insulation heat turbine for power generation as an accelerated rolling contact vertically downward and tilts and rotates the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width heating and bringing it closer to 1200 degrees + Accelerating liquid tin containing heavy material alloy to drive the thermal insulation mass turbine and thermal insulation heat energy turbine + Various energy to tilt and rotate the solar thermal enhancement suspension bridge on land Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with 21 times the turbine blade cross-section (4X) in a multi-stage + heat and cold energy priming + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy The energy storage cycle coalescing engine that inclines and rotates the solar thermal suspension suspension bridge on the land.

With a structure and method for accelerating liquid tin containing alloy vertically downward by providing a 25-fold gravity solar power turbine in multiple stages with a turbine blade cross section (4X) + Fully electrified house prime + Insulating sphere increasing device (2F) Liquid tin containing alloy is used for storage + Increase in width of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing alloy is accelerated vertically downward to drive thermal mass turbine and thermal calorie turbine + Various energy conservation cycle coalescing engines that rotate and rotate the solar thermal suspension bridge on land.

Turbine blade cross section (4X) 10 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball lift device (2F) rise and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing high-temperature alloy is driven vertically downward to drive the heat-retaining mass turbine and heat-retaining heat amount turbine to increase the amount of accelerated power generation + Rotate the solar heater on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 11 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 increase power generation amount + heat retention increase ball riser (2F) use liquid tin containing alloy to save and use + long lens Compresses air with increased width and approaches 1200 degrees + Accelerates liquid tin containing alloy of heavier material with compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

Turbine blade cross-section (4X) 12 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and store liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing heavy alloy alloy is accelerated and brought into contact with compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

Turbine blade cross section (4X) 13 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation amount increase + heat retention increase ball lift device (2F) use liquid tin containing alloy to save and use + long lens Compress air with increased width heating and approach 1200 degrees + Liquid tin containing alloy of heavier material is accelerated and brought into contact with compressed air to drive heat-retaining mass turbine and heat-reducing heat turbine with increased power generation + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 14 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 increase power generation amount + heat retention increase ball lift device (2F) rise and store liquid tin containing alloy + long lens Compressed air with increased width heating to approach 1200 degrees + Accelerate liquid tin containing high-temperature alloy of heavy material to drive heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Tilting solar heater on water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 15 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 16 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines aiming at 1000 times power generation by accelerating downward and increasing power generation by providing two types of vertical rotor blade gravity solar turbines in multiple stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 17 stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 18-times gravity solar power turbines with a turbine blade cross section (4X) + heat and cold energy priming + heat solar with long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4X) + heat and cold use + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Drives a heat retaining mass turbine and a heat retaining heat amount turbine that increase the amount of accelerated power generation, and various energy storage cycle coalescing engines that rotate and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity turbines with 23 times the turbine blade cross section (4X) + making use of hot and cold energy + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + long lens absorbs heat Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy storage cycle coalescence engines that heat the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 25 times in multiple stages + storage battery-powered various ship priming + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 26 times the turbine blade cross-section (4X) in a multi-stage + storage battery-driven ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravitational solar power turbines with twice the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with three times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-driven vessels 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 5 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 6 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) of 7 times + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 8 times the turbine blade cross section (4X) in the vertical direction. 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 9 times the turbine blade cross-section (4X) in the vertical direction + accelerating storage battery-driven vessels 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 10 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 11 times the turbine blade cross section (4X) in the vertical direction + storage battery-driven ship priming + warming and increasing ball raising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 12 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 13 times the turbine blade cross section (4X) in the vertical direction + accelerating the storage battery-powered vessels + warming and increasing ball lifting device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power generation turbines with 14 times the turbine blade cross section (4X) in the vertical direction. 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downwards by placing gravity turbines with 17 times the turbine blade cross section (4X) in the vertical direction. 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 18 times the turbine blade cross section (4X) in the vertical direction. 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross-section (4X) 20 times in multiple stages + Storage battery-powered various ship primes + Thermal insulation increasing ball lift device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 21 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing sphere lifting device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 22 times larger, + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing 23 stages of gravity solar thermal turbines with a turbine blade cross section (4X) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F) ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward with a multi-stage gravity solar thermal turbine with 25 times the turbine blade cross section (4X) + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 26 times in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravitational solar power turbines with twice the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with three times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 5 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming-increasing ball lift device ( 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Multistage of two types of full-wing blade gravity solar turbines aiming at the same water maximum power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 6 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device ( 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Multistage of two types of full-wing blade gravity solar turbines aiming at the same water maximum power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by providing multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) of 7 times + accelerating storage battery-powered vessels + warming-increasing ball lifting device ( 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Multistage of two types of full-wing blade gravity solar turbines aiming at the same water maximum power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 8 times the turbine blade cross section (4X) in the vertical direction. 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Multistage of two types of full-wing blade gravity solar turbines aiming at the same water maximum power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 9 times the turbine blade cross-section (4X) in the vertical direction + accelerating storage battery-driven vessels 2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Multistage of two types of full-wing blade gravity solar turbines aiming at the same water maximum power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens Then, the energy-saving cycle coalescence engine that drives the heat-retaining mass turbine and the heat-retaining calorie turbine whose acceleration power generation amount is increased vertically downward + the solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens Then, the energy storage cycle coalescing engine that accelerates the heavier material vertically downward to drive the heat-retaining mass turbine and the heat-retaining calorie turbine that increase the power generation amount and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Various energy conservation cycle combinations that rotate the solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Various energy storage cycles in which the solar heater is tilted and rotated on the water surface Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + liquid tin containing alloy is heated by compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase the amount of power generation + various energy storage by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 16 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 18 times the turbine blade cross section (4X) + vertical heat + absorbing heat with long lenses Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

Turbine blade cross section (4X) 20x gravity solar power generation generating equipment blade method + power increase sphere (2E) is accelerated with a small diameter + long lens width increased heating air compressed 1200 degrees + A liquid tin containing high-temperature alloy is driven vertically to drive a heat-retaining mass turbine and a heat-retaining calorie turbine that increase the amount of accelerated power generation. + Various energy storage cycle coalescing engines that rotate and rotate the solar heater on the water surface.

Turbine blade cross section (4X) 21x gravity solar power generation generation equipment method to make all turbine blades + power increase sphere (2E) small diameter + Accelerate long lens width increase heating air 1200 degrees + A liquid tin containing an alloy of a heavier material is accelerated vertically downward to drive a heat-retaining mass turbine and a heat-retaining calorie turbine that increase the amount of power generation + various energy conservation cycle coalescence engines that tilt and rotate the solar heater on the water surface .

Turbine blade cross section (4X) 22x gravity solar power generation equipment installation method to make all turbine blades + power increase sphere (2E) with a small diameter + long lens width increase heating air compressed 1200 degrees + Energy-saving cycle coalescing engine that inclines and rotates a solar heater on the water surface by driving a heat-retaining mass turbine and a heat-retaining calorie turbine with increased power generation by accelerating rolling contact with liquid tin containing a heavy material alloy vertically downward .

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) with a small diameter + long lens width increase heating air compressed 1200 degrees + A liquid tin containing an alloy of heavier material is accelerated and contacted vertically downward to drive a heat-retaining mass turbine and a heat-reducing calorie turbine that increase the amount of power generation + various energy conservation cycle combinations that rotate and rotate the solar heater on the water surface organ.

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) with a small diameter to accelerate + long lens width increase heating air compressed 1200 degrees + Accelerates liquid tin containing heavy material alloy to drive heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various energy conservation cycle coalescing engines that rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 25 times the turbine blade cross section (4X) in multiple stages + Accelerating turbine driving with a small output sphere (2E) + Lens width increase Heating air is compressed to approach 1200 degrees + Specific critical substances are driven vertically downward to accelerate the heat generation mass turbine and heat insulation heat amount turbine to increase the amount of power generation + Various types of rotating the solar heater tilt on the water surface Energy conservation cycle coalescence engine.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with 26 times the turbine blade cross section (4X) in multiple stages + Accelerated turbine drive with a small diameter of the power increasing sphere (2E) + Long Lens width increase Heating air is compressed to approach 1200 degrees + Heavier substances are accelerated vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater is tilted on the water surface Various energy conservation cycle coalescing engines.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + Accelerating turbine drive with small diameter of power increasing sphere (2E) + Long Compress the heated air to increase the lens width and bring it closer to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase the amount of power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with three times the turbine blade cross section (4X) in multiple stages + Accelerating turbine drive with a small diameter of the power increasing sphere (2E) + Long Compress the heated air to increase the lens width and bring it closer to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Solar heater on the water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity turbines with four times the turbine blade cross section (4X) in multiple stages + Accelerating turbine drive with a small diameter of the power increasing sphere (2E) + Long Increase the lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X) + Fully electrified house prime + Heat-insulating sphere raising device (2F) The liquid tin containing the alloy is stored and used at the same time + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase the amount of accelerated power generation vertically downward + Various energy storage cycle coalescing engines that rotate solar heaters on water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar thermal turbines with 6 times the turbine blade cross section (4X) in the vertical direction + making the whole electrified house primed + warming and increasing ball rising device (2F) The liquid tin containing the alloy is stored in an elevated state + the width of the long lens is increased and the heated air is compressed to approach 1200 degrees + the liquid tin containing the high temperature alloy is accelerated vertically downward to maintain the heat retaining mass turbine and the heat retaining heat amount turbine Various energy conservation cycle coalescing engines that drive and rotate the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + full electrified house prime + warming and increasing ball lifting device (2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heating air is compressed to approach 1200 degrees + The liquid tin containing the alloy is accelerated and contacted vertically downward, and the heat retaining mass turbine for increasing the power generation amount and A combined energy storage cycle engine that drives a heat-retaining heat turbine and rotates a solar heater on the water surface.

Structure and method of accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 8 times the turbine blade cross section (4X) in the vertical direction + Fully electrified house priming + Heat-insulating sphere raising device (2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heated air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to increase heat generation mass turbine And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + making the whole electrified house prime + warming and increasing ball lifting device (2F) The liquid tin containing the alloy is used for ascending storage + increasing the width of the long lens and compressing the heated air to approach 1200 degrees + heating the air with the compressed tin acceleration of the liquid tin containing the alloy to increase the amount of power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing high-temperature alloy is driven vertically downward to drive the heat-retaining mass turbine and heat-retaining heat amount turbine to increase the amount of accelerated power generation + Rotate the solar heater on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compresses air with increased width and approaches 1200 degrees + Accelerates liquid tin containing alloy of heavier material with compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing a high-temperature alloy of heavy material is accelerated and contacted vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine with increased power generation + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width heating and approach 1200 degrees + Liquid tin containing alloy of heavier material is accelerated and brought into contact with compressed air to drive heat-retaining mass turbine and heat-reducing heat turbine with increased power generation + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width heating to approach 1200 degrees + Accelerate liquid tin containing high-temperature alloy of heavy material to drive heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Tilting solar heater on water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar thermal turbines with 17 times the turbine blade cross section (4X) + heat and cold use + absorbing sunlight with a long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy conservation cycle combined engines that drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount as an accelerated rolling contact vertically downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating liquid tin spheres containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4X). Collect in a straight line on the heat absorbing material + Insulate and use liquid tin containing the alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air to 1200 degrees + Including high-temperature alloy Various energy storage cycle coalescence engine that drives liquid thermal insulation mass turbine and thermal insulation heat quantity turbine with increased power generation by accelerating rolling contact vertically downward and rotating solar heater on the water surface.

Turbine blade cross section (4X) 20 times gravity solar power generation generating equipment blade method + heat retention increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is driven vertically downward to drive heat-retaining mass turbine and heat-retaining calorie turbine with increased acceleration power generation + Various energy storage cycles in which solar heater is tilted and rotated on water surface Combined organization.

Turbine blade cross section (4X) 21x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 ° C + accelerates liquid tin containing an alloy of heavier material vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine with increased power generation + tilt the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 22 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Liquid tin containing heavy alloy alloy is accelerated and contacted vertically downward to drive the thermal insulation mass turbine and thermal insulation heat turbine to increase the amount of power generation + Tilting the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and approaches 1200 degrees + Liquid tin containing an alloy of a heavier material is accelerated and contacted vertically downward to drive the heat retaining mass turbine and the heat retaining heat turbine with increased power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates the liquid tin containing the heavy material alloy to drive the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation + various energy to tilt and rotate the solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating specific critical materials vertically downwards by using multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 25 times + Solar energy is made into a heat absorbing material by using hot and cold energy. Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity turbines with a turbine blade cross section (4X) of 26 times in the vertical direction + making use of hot and cold heat + a long lens to make sunlight a heat absorbing material Gather in a straight line + Insulate and use liquid tin containing alloy in a warming-increasing ball lift device (2F) + Enhance the length of the long lens + Compress the heated air close to 1200 degrees + Includes a higher temperature alloy of heavier material Various energy storage cycle coalescence engine that accelerates liquid tin vertically downward to drive heat insulation mass turbine and heat insulation heat quantity turbine to increase power generation and rotate solar heater on water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with twice the turbine blade cross-section (4X) + heat and cold energy use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with three times the turbine blade cross-section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar thermal turbines with 6 times the turbine blade cross section (4X) in the vertical direction + making the whole electrified house primed + warming and increasing ball rising device (2F) The liquid tin containing the alloy is stored in an elevated state + the length of the long lens is increased and the heated air is compressed to approach 1200 degrees + the heavier material is accelerated vertically downward to increase the power generation amount and the heat retention mass turbine and the heat retention heat amount turbine + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + Fully electrified house prime + Insulating sphere rising device (2F) The liquid tin containing the alloy is used for ascending and storage + The width of the long lens is increased and the heating air is compressed to approach 1200 degrees + The liquid tin containing the alloy is accelerated and contacted vertically downward, and the heat retaining mass turbine for increasing the power generation amount and A combined energy storage cycle engine that drives a heat-retaining heat turbine and rotates a solar heater on the water surface.

Structure and method of accelerating liquid tin containing high-temperature alloy vertically downward by installing gravity solar power turbines with 8 times the turbine blade cross section (4X) in the vertical direction. Liquid tin containing alloy is used for ascending storage + Long lens width increase Heated air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to increase heat generation mass turbine And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + Fully electrified house priming + Heat-insulating sphere lifting device (2F) The liquid tin containing the alloy is used for ascending storage + increasing the width of the long lens and compressing the heated air to approach 1200 degrees + heating the air with the compressed tin acceleration of the liquid tin containing the alloy to increase the amount of power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it closer to 1200 degrees + Liquid tin containing high-temperature alloy is driven vertically downward to drive the heat-retaining mass turbine and heat-retaining heat amount turbine to increase the amount of accelerated power generation + To rotate the solar heater on the water Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating to approach 1200 degrees + liquid tin containing a heavier alloy of a heavier material is accelerated vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing heavy alloy alloy is accelerated and brought into contact with compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X) + heat and cold energy use + absorbing sunlight with a long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation, and various energy storage cycle coalescing engines that rotate and rotate the solar heater on the water surface.

Turbine blade cross section (4X) 19-times gravity solar power generation turbines are installed in multiple stages to accelerate the liquid tin containing the alloy vertically downward + make use of heat and cold + heat absorption of sunlight with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Various energy storage cycle coalescence engines that heat the air with compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and approaches 1200 degrees + Liquid tin containing an alloy of a heavier material is accelerated and contacted vertically downward to drive the heat retaining mass turbine and the heat retaining heat turbine with increased power generation + Solar heater on the water surface Various energy conservation cycle coalescing engines that rotate at an angle

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it close to 1200 degrees + Accelerates liquid tin containing high-temperature alloy of heavy substances to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with a turbine blade cross section (4X) of 25 times in multiple stages + heat and cold use prime + heat solar with long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

Structure and method of accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar thermal turbines with 26 times the turbine blade cross section (4X) in a vertical direction + heat and cold use prime + heat solar with long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engine that accelerates downward and drives the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the power generation amount, and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 6 times the turbine blade cross section (4X) + full electrification house priming + warming-increasing sphere lifting device (2F) The liquid tin containing the alloy is stored in an elevated state + the length of the long lens is increased and the heated air is compressed to approach 1200 degrees + the heavier material is accelerated vertically downward to increase the power generation amount and the heat retention mass turbine and the heat retention heat amount turbine + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery drive various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and approached 1200 degrees + Liquid tin containing heavy alloy alloy is accelerated and brought into contact with compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressed air with increased width to approach 1200 degrees + Liquid tin containing alloy of heavier material is accelerated and brought into contact with compressed air to drive heat-retaining mass turbine and heat-reducing heat turbine with increased power generation + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compresses air with increased width and approaches 1200 degrees + Accelerates liquid tin containing heavy material alloy to drive heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclined solar heater on water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravity solar power turbines with 15 times the turbine blade cross section (4X) + heat and cold energy use + absorbing sunlight with a long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Drives a heat retaining mass turbine and a heat retaining heat amount turbine that increase the amount of accelerated power generation, and various energy storage cycle coalescing engines that rotate and rotate the solar heater on the water surface.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and approaches 1200 degrees + Liquid tin containing a heavier material alloy accelerates rolling contact to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Inclined rotation of the solar heater on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical materials vertically downwards by using multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 25 times + Solar energy is made into a heat absorbing material by using hot and cold energy. Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity turbines with a turbine blade cross section (4X) of 26 times in the vertical direction + making use of hot and cold heat + a long lens to make sunlight a heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with five times the turbine blade cross section (4X). Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by providing multiple stages of gravity solar thermal turbines with 6 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X) + making the whole electrified house primed + warming increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing gravity turbines with nine times the turbine blade cross section (4X) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing a 10-fold gravity solar power turbine with a turbine blade cross section (4X) in multiple stages + making the entire electrified housing primed 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically in the heat retaining means vertically by placing an 11-fold gravity solar power turbine with a turbine blade cross section (4X) in a multi-stage + full electrified house prime + a heat retaining and increasing ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 12 times the turbine blade cross section (4X) + full electrification housing prime + warming increase sphere raising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 15 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) structure and method of 16 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 17 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engine that is tilted and rotated by

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 18-times gravity solar power turbines with a turbine blade cross section (4X) + heat and cold energy priming + heat solar with long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 25x gravity solar power generation generating equipment to make all turbine blades + warming and increasing sphere lift device (2F) using liquid tin containing alloy and preserving use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) doubles gravity solar power generation generating facility blade method + Insulating and increasing liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Long lens widening heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 3 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific substances in the vertical direction by installing multiple stages of gravity turbines with 4 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with five times the turbine blade cross section (4X). Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by providing multiple stages of gravity solar thermal turbines with 6 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4X). Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing gravity turbines with nine times the turbine blade cross section (4X) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing a 10-fold gravity solar power turbine with a turbine blade cross section (4X) in multiple stages + making the entire electrified housing primed 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically in the heat retaining means vertically by placing an 11-fold gravity solar power turbine with a turbine blade cross section (4X) in a multi-stage + full electrified house prime + a heat retaining and increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 12 times the turbine blade cross section (4X) + full electrification housing prime + warming increase sphere raising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + full electrification house prime + warming increase sphere raising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) 15 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) structure and method of 16 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 17 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 18 times gravity solar thermal power generation structure and method + battery powered drive various automobiles + heat retention sphere lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engine that is tilted and rotated by

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 23 stages of gravitational solar power turbines with a turbine blade cross section (4X) in multiple stages + Heat and cold energy priming + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 25x gravity solar power generation generating equipment to make all turbine blades + warming and increasing sphere lift device (2F) using liquid tin containing alloy and preserving use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross-section (4X) doubles gravity solar power generation generating facility blade method + Insulating and increasing liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Long lens widening heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 3 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

The turbine blade cross section (4X) is 4 times the gravity solar power generation generating equipment method to make all the turbine blades + Insulate and use liquid tin containing the alloy in the heat-increasing sphere lifting device (2F) + Increase the width of long lens Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with five times the turbine blade cross section (4X). Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by providing multiple stages of gravity solar thermal turbines with 6 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4X). Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar power turbines with 9 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing a 10-fold gravity solar power turbine with a turbine blade cross section (4X) in multiple stages + making the entire electrified housing primed 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically in the heat retaining means vertically by placing an 11-fold gravity solar power turbine with a turbine blade cross section (4X) in a multi-stage + full electrified house prime + a heat retaining and increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 12 times the turbine blade cross section (4X) + full electrification housing prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + full electrification house prime + warming increase sphere raising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravitational solar power turbines with 14 times the turbine blade cross section (4X) + full-scale electrified house priming + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 15 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) structure and method of 16 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 17 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 18 times gravity solar thermal power generation structure and method + battery powered drive various automobiles + heat retention sphere lifting device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 19 times gravity solar thermal power generation structure and method + battery powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engine that is tilted and rotated by

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 23 stages of gravitational solar power turbines with a turbine blade cross section (4X) in multiple stages + Heat and cold energy priming + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 24 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 25x gravity solar power generation generating equipment to make all turbine blades + warming and increasing sphere lift device (2F) using liquid tin containing alloy and preserving use + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross-section (4X) doubles gravity solar power generation generating facility blade method + Insulating and increasing liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Long lens widening heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 3 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

The turbine blade cross section (4X) is 4 times the gravity solar power generation generating equipment method to make all the turbine blades + Insulate and use liquid tin containing the alloy in the heat-increasing sphere lifting device (2F) + Increase the width of long lens Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 5 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical substances vertically downward by providing multiple stages of gravity solar thermal turbines with 6 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4X). Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar power turbines with 9 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravitational solar power turbines with 10 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically in the heat retaining means vertically by placing an 11-fold gravity solar power turbine with a turbine blade cross section (4X) in a multi-stage + full electrified house prime + a heat retaining and increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 12 times the turbine blade cross section (4X) + full electrification housing prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + full electrification house prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravitational solar power turbines with 14 times the turbine blade cross section (4X) + full-scale electrified house priming + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar power turbine with 15 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) structure and method of 16 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) 17 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 18 times gravity solar thermal power generation structure and method + battery powered drive various automobiles + heat retention sphere lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 19 times gravity solar thermal power generation structure and method + battery powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 20 times gravity solar power generation structure and method + storage battery driven various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engine that is tilted and rotated by

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 23 stages of gravitational solar power turbines with a turbine blade cross section (4X) in multiple stages + Heat and cold energy priming + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 24 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with a turbine blade cross section (4X) of 25 times in multiple stages + heat and cold use prime + heat solar with long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross-section (4X) doubles gravity solar power generation generating facility blade method + Insulating and increasing liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Long lens widening heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 3 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

The turbine blade cross section (4X) is 4 times the gravity solar power generation generating equipment method to make all the turbine blades + Insulate and use liquid tin containing the alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 5 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 6 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 7 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 8 times the turbine blade cross section (4X). Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar power turbines with 9 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravitational solar power turbines with 10 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific substances in the vertical downward direction by providing gravity solar power turbines with 11 times the turbine blade cross section (4X) + vertically and using heat and cold energy + using a long lens as a heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 12 times the turbine blade cross section (4X) + full electrification housing prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + full electrification house prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravitational solar power turbines with 14 times the turbine blade cross section (4X) + full-scale electrified house priming + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar power turbine with 15 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 17 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) 18 times gravity solar thermal power generation structure and method + battery powered drive various automobiles + heat retention sphere lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar thermal power generation structure and method + battery powered various automobiles primed + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 20 times gravity solar power generation structure and method + storage battery driven various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) structure and method of gravity solar power generation of 21 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy conservation cycle coalescing engine that is tilted and rotated by

Structure and method of accelerating liquid tin containing a gravity solar thermal power generation alloy 22 times in the turbine blade cross-section (4X) vertically downward ++ Using liquid tin containing alloy ascending and preserving with a warming and increasing ball raising device (2F) Compressing the heated air and bringing it closer to 1200 degrees + Driving the heat-retaining mass turbine and heat-retaining heat turbine to increase the amount of accelerated power generation vertically downward + Various energy to tilt and rotate the solar heater on the water surface Conservation cycle coalescence organization.

Structure and method for accelerating liquid tin containing a gravity solar thermal power generation alloy 23 times in the turbine blade cross section (4X) vertically downward ++ Using liquid tin containing alloy with a heat retention increasing sphere raising device (2F) + preserving use + long lens Compresses the heated air and brings it closer to 1200 degrees + accelerates heavier material vertically downward to drive the heat-generating mass turbine and the heat-generating heat turbine with increased power generation + Rotate the solar heater on the water surface Various energy conservation cycle coalescence engine.

Structure and method for accelerating liquid tin containing 24x gravity solar thermal power alloy vertically down turbine blade cross section (4X) ++ Using liquid tin containing alloy ascending and preserving with warming and increasing ball lift device (2F) + Long lens Compressing the heated air and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Structure and method for accelerating liquid tin containing a 25-fold gravity solar thermal power alloy vertically down the turbine blade cross section (4X) +++ Using liquid tin containing an alloy with a warming and increasing ball lifting device (2F) + Preserving and using a long lens Compressing the heated air and bringing it closer to 1200 degrees + Driving the heat-retaining mass turbine and heat-reducing calorie turbine to increase the amount of power generation as the liquid tin containing the high-temperature alloy is accelerated and rolled down vertically + The solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Structure and method for accelerating liquid tin containing a gravitational solar power alloy with twice the turbine blade cross-section (4X) vertically + ++ Liquid tin containing alloy is used for ascending and storage with a warming and increasing ball raising device (2F) + Long lens Compresses air to increase its width and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine to increase power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing a gravity solar thermal power generation alloy 3 times in the turbine blade cross section (4X) vertically downward ++ Using liquid tin containing alloy with a heat retention increasing sphere raising device (2F) + long lens for use Compressing the heated air and bringing it closer to 1200 degrees + Driving the heat-retaining mass turbine and heat-retaining heat turbine to increase the amount of accelerated power generation vertically downward + Various energy to tilt and rotate the solar heater on the water surface Conservation cycle coalescence organization.

Structure and method for accelerating liquid tin containing a 4 × gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) +++ Using the heat retention increasing sphere raising device (2F) to ascend and use liquid tin containing the alloy + long lens Compresses the heated air and brings it closer to 1200 degrees + accelerates heavier material vertically downward to drive the heat-generating mass turbine and the heat-generating heat turbine with increased power generation + Rotate the solar heater on the water surface Various energy conservation cycle coalescence engine.

Structure and method of accelerating liquid tin containing a 5 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + + Using liquid tin containing alloy with a heat retention and increasing ball lifting device (2F) + Preserving and using + Compressing the heated air and bringing it close to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Structure and method of accelerating liquid tin containing 6x gravity solar thermal power alloy vertically down turbine blade cross section (4X) + + Using liquid tin containing alloy with 2 ° F warming and increasing ball lifting device (2F) + Long lens for use Compressing the heated air and bringing it closer to 1200 degrees + Driving the heat-retaining mass turbine and heat-reducing calorie turbine to increase the amount of power generation as the liquid tin containing the high-temperature alloy is accelerated and rolled down vertically + The solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing a 7-times gravity solar power generation alloy vertically down the turbine blade cross-section (4X) +++ Using the temperature-increasing sphere lifting device (2F) to ascend and use liquid tin containing alloy + long lens Compresses air to increase its width and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine to increase power generation + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of 8 times gravity solar power turbines with a turbine blade cross section (4X). ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 9 times the turbine blade cross section (4X) in multiple stages + Storage battery-powered various ship primes + Insulating ball-lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4X) + accumulating various battery-driven vessels ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically in a multi-stage by providing gravity solar power turbines with 12 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity turbines with 13 times the turbine blade cross section (4X), + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

Structure and method of accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravitational solar power turbines with 14 times the turbine blade cross section (4X) + Storage battery driven various ship priming + Thermal insulation ball increasing device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing a gravity solar thermal turbine with 15 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 16 times the turbine blade cross-section (4X) in the vertical direction + Storage battery-powered various ship priming + Insulation sphere raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 17 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 18 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity solar power turbines with a turbine blade cross section (4X) of 20 times in multiple stages + storage battery-driven ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power turbines with 21 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity solar power turbines with 22 times the turbine blade cross-section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing 23 stages of gravity solar thermal turbines with a turbine blade cross section (4X) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F) ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 25 times in multiple stages + storage battery-powered various ship priming + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with multiple turbine blade cross-sections (4X) in multiple stages + Storage battery-powered various ship primes + Insulation sphere riser (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross-section (4X) in the vertical direction + accelerating various battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4X) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically vertically with a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 6 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 7 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of 8 times gravity solar power turbines with a turbine blade cross section (4X). ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 9 times the turbine blade cross section (4X) in multiple stages + Storage battery-powered various ship primes + Insulating ball-lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4X) + accelerating the storage battery-powered vessels + warming-increasing sphere lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity turbines with 13 times the turbine blade cross section (4X), + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

Structure and method of accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravitational solar power turbines with 14 times the turbine blade cross section (4X) + Storage battery driven various ship priming + Thermal insulation ball increasing device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing a gravity solar thermal turbine with 15 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 16 times the turbine blade cross-section (4X) in the vertical direction + Storage battery-powered various ship priming + Insulation sphere raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 17 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 18 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with 22 times the turbine blade cross section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 23 stages of gravitational solar power turbines with a turbine blade cross section (4X) in multiple stages + Heat and cold energy priming + Heating sunlight with a long lens Collect linearly in the absorber + Increase the head as much as possible with the heat retention increasing ball lifting device (2F) + Use the liquid tin containing the alloy with the heat retention increasing ball lifting device (2F) to preserve and use + Increase the width of the long lens Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 24 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with a turbine blade cross section (4X) of 25 times in multiple stages + heat and cold use prime + heat solar with long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

Turbine blade cross section (4X) 5 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 6 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 7 times gravity solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing alloy with heat-increasing ball rising device (2F) Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Equipment method to make the turbine blade cross section (4X) 8 times gravity solar power output generation turbine blade all + Heat retention sphere lift device (2F) use liquid tin containing alloy to rise and use + Wide lens wide heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 9 times gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) use and store liquid tin containing alloy + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravitational solar power turbines with 10 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific substances in the vertical downward direction by providing gravity solar power turbines with 11 times the turbine blade cross section (4X) + vertically and using heat and cold energy + using a long lens as a heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross section (4X) + making use of heat and cold + solar light as heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar power turbine with 15 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 18 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + full electrified house prime + warming increase sphere raising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 20 times gravity solar power generation structure and method + storage battery driven various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) structure and method of gravity solar power generation of 21 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 22 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 23 times gravity solar power generation structure and method + battery-powered various automobiles flourishing + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 24 times gravity solar power generation structure and method + storage battery drive various automobiles primed + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 25 times in multiple stages + using a warming-increasing sphere lifting device (2F) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Drive the heat-retaining mass turbine and heat-retained heat energy turbine to increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing multiple gravity solar power turbines with double turbine blade cross section (4X) + factory electrification prime + heat-retaining and increasing ball lifting device (2F) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the amount of power generation and heat insulation mass turbine and heat insulation heat quantity turbine Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with three times the turbine blade cross section (4X) in the vertical direction + factory electrification prime-up + heat retention increasing sphere lifting device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated and brought into contact with the vertical downwards to maintain the power generation mass turbine and heat insulation A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with four times the turbine blade cross section (4X) + factory electrification prime-up + warming-increasing sphere lifting device (2F) Liquid tin containing alloy is used for ascending storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated downwardly in a vertically downward contact and heat generating mass turbine for increasing power generation and A combined energy storage cycle engine that drives a heat-retaining heat turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing gravity solar power turbines with 5 times the turbine blade cross section (4X) in the vertical direction. Liquid tin containing alloy is used for ascending storage + Long lens width increasing heating air is compressed and approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase heat generation mass turbine And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

Turbine blade cross section (4X) 6 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 7 times gravity solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing alloy with heat-increasing ball rising device (2F) Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Equipment method to make the turbine blade cross section (4X) 8 times gravity solar power output generation turbine blade all + Heat retention sphere lift device (2F) use liquid tin containing alloy to rise and use + Wide lens wide heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 9 times gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) use and store liquid tin containing alloy + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 10 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball rising device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-retaining heat turbine that increase power generation + Solar-powered heater tilted on the water Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific substances in the vertical downward direction by providing gravity solar power turbines with 11 times the turbine blade cross section (4X) + vertically and using heat and cold energy + using a long lens as a heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross section (4X) + making use of heat and cold + solar light as heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 18 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + full electrified house prime + warming increase sphere raising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4X) + full electrified house prime + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravity solar power generation of 21 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) to use liquid tin containing alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) 22 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 23 times gravity solar power generation structure and method + battery-powered various automobiles flourishing + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 24 times gravity solar power generation structure and method + storage battery drive various automobiles primed + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) structure and method of gravitational solar thermal power generation of 25 times + accelerating storage battery drive for various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with twice the turbine blade cross-section (4X) + heat and cold energy use + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with three times the turbine blade cross-section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 7 times gravity solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing alloy with heat-increasing ball rising device (2F) Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Equipment method to make the turbine blade cross section (4X) 8 times gravity solar power output generation turbine blade all + Heat retention sphere lift device (2F) use liquid tin containing alloy to rise and use + Wide lens wide heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross-section (4X) 9 times gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) use and store liquid tin containing alloy + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 10 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball rising device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 11 times gravity solar power generation generating turbine blade installation method + heat retention increasing sphere lifting device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 12 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross section (4X) + making use of heat and cold + solar light as heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X). Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 18 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + full electrified house prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4X) + full electrified house prime + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with 21 times the turbine blade cross-section (4X) in a multi-stage + full electrification house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) 22 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) 23 times gravity solar power generation structure and method + battery-powered various automobiles flourishing + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 24 times gravity solar power generation structure and method + storage battery drive various automobiles primed + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) structure and method of gravitational solar thermal power generation of 25 times + accelerating storage battery drive for various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) structure and method of double gravitational solar power generation + accelerating storage battery drive for various automobiles + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with three times the turbine blade cross-section (4X) in a multi-stage + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Equipment method to make the turbine blade cross section (4X) 8 times gravity solar power output generation turbine blade all + Heat retention sphere lift device (2F) use liquid tin containing alloy to rise and use + Wide lens wide heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross-section (4X) 9 times gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 10 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball rising device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 11 times gravity solar power generation generating turbine blade installation method + heat retention increasing sphere lifting device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 12x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross section (4X) + making use of heat and cold + solar light as heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X). Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 17 times the turbine blade cross section (4X). Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 18 times the turbine blade cross section (4X) + making the whole electrified house primed + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + full electrified house prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4X) + full electrified house prime + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with 21 times the turbine blade cross-section (4X) in a multi-stage + full electrification house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing 22 stages of gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 23 times gravity solar power generation structure and method + battery-powered various automobiles flourishing + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) 24 times gravity solar power generation structure and method + storage battery drive various automobiles primed + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) structure and method of gravitational solar thermal power generation of 25 times + accelerating storage battery drive for various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) structure and method of double gravitational solar power generation + accelerating storage battery drive for various automobiles + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 3 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with four times the turbine blade cross section (4X) in a multi-stage + heat and cold energy prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross-section (4X) 9 times gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball riser (2F) use and store liquid tin containing alloy + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 10 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball rising device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross-section (4X) 11 times gravity solar power generation generating turbine blade installation method + heat retention increasing sphere lifting device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 12x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 13x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific downwards vertically by using multiple stages of gravity solar thermal turbines with 14 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X). Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 17 times the turbine blade cross section (4X). Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4X). Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + full electrified house prime + warming increase sphere raising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4X) + full electrified house prime + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with 21 times the turbine blade cross-section (4X) in a multi-stage + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing 22 stages of gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) 24 times gravity solar power generation structure and method + storage battery drive various automobiles primed + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) structure and method of gravitational solar thermal power generation of 25 times + accelerating storage battery drive for various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) structure and method of double gravitational solar power generation + accelerating storage battery drive for various automobiles + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 3 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 4 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 10 times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball rising device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross-section (4X) 11 times gravity solar power generation generating turbine blade installation method + heat retention increasing sphere lifting device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 12x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 13x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

The turbine blade cross-section (4X) 14 times gravity solar power generation generating equipment method to make all the turbine blades + Insulate and use liquid tin containing alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 15 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X). Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 17 times the turbine blade cross section (4X). Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4X). Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

Turbine blade cross-section (4X) 19-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing multiple stages of gravity solar power turbines with 20 times the turbine blade cross section (4X) + full electrified house prime + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with 21 times the turbine blade cross-section (4X) in a multi-stage + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing 22 stages of gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 24 times the turbine blade cross section (4X) + full electrification house prime + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) structure and method of gravitational solar thermal power generation of 25 times + accelerating storage battery drive for various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) structure and method of double gravitational solar power generation + accelerating storage battery drive for various automobiles + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 3 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 4 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross-section (4X) 11 times gravity solar power generation generating turbine blade installation method + heat retention increasing sphere lifting device (2F) to use liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 12x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 13x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

The turbine blade cross-section (4X) 14 times gravity solar power generation generating equipment method to make all the turbine blades + Insulate and use liquid tin containing alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method of accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 16 times the turbine blade cross section (4X). Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 17 times the turbine blade cross section (4X). Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4X). Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Turbine blade cross-section (4X) 19-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with 21 times the turbine blade cross-section (4X) in a multi-stage + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing 22 stages of gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 24 times the turbine blade cross section (4X) + full electrification house prime + heat retaining increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a multi-stage gravity solar thermal turbine with a turbine blade cross section (4X) of 25 times, and making the whole electrified house primed. 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) structure and method of double gravitational solar power generation + accelerating storage battery drive for various automobiles + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) 3 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 4 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 12x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 13x gravity solar power generation equipment installation method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

The turbine blade cross-section (4X) 14 times gravity solar power generation generating equipment method to make all the turbine blades + Insulate and use liquid tin containing alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 17 times the turbine blade cross section (4X). Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downward substances vertically and vertically by using multiple stages of gravity solar thermal turbines with 18 times the turbine blade cross section (4X). Gather in a straight line + Use heated tin sphere lift device (2F) to store and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross-section (4X) 19-times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical substances vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing ball lift device (2F) to save and use + Increase the width of the long lens and compress the heated heating air to approach 1200 degrees + Liquid tin containing alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing 22 stages of gravity solar power turbines with a turbine blade cross section (4X) in multiple stages. 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar power turbines with 23 times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 24 times the turbine blade cross section (4X) + full electrification house prime + heat retaining increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a multi-stage gravity solar thermal turbine with a turbine blade cross section (4X) of 25 times, and making the whole electrified house primed. 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 3 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball riser (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width heating and approached 1200 degrees + Specific critical material vertically driven accelerating power generation heat insulation mass turbine and heat insulation heat quantity turbine driven + Solar energy heater tilted and rotated on water surface Cycle coalescence engine.

Turbine blade cross section (4X) 4 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 5 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

Configuration and method for accelerating liquid tin containing a gravity solar thermal power generation alloy 8 times lower than the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to ascend and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Accelerates specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Structure and method of accelerating liquid tin containing gravity solar thermal power generation alloy vertically 9 times lower than turbine blade cross section (4X) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Accelerates heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing 10 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Structure and method of accelerating liquid tin containing 11 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

Configuration and method for accelerating liquid tin containing 12 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

Configuration and method for accelerating liquid tin containing 13 times gravity solar power alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Width of long lens is increased Compressed air is brought close to 1200 degrees + Specific critical substances are accelerated vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Structure and method of accelerating liquid tin containing 14 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Accelerates heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Configuration and method for accelerating liquid tin containing 15 times gravity solar thermal power alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Configuration and method of accelerating liquid tin containing gravity solar thermal power generation alloy 16 times gravity vertically down the turbine blade cross section (4X) + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

Configuration and method for accelerating liquid tin containing a gravity solar thermal power generation alloy 17 times vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 18 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity solar power turbines with a turbine blade cross section (4X) of 20 times in multiple stages + storage battery-driven ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power turbines with 21 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity solar power turbines with 22 times the turbine blade cross-section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing 23 stages of gravity solar thermal turbines with a turbine blade cross section (4X) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F) ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with multiple turbine blade cross-sections (4X) in multiple stages + Storage battery-powered various ship primes + Insulation sphere riser (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross-section (4X) in the vertical direction + accelerating various battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the drive + solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4X) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically vertically with a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 6 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 7 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing multiple stages of 8 times gravity solar power turbines with a turbine blade cross section (4X). ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward to increase the power generation heat retention mass turbine and heat retention heat amount Combined engine with various energy storage cycles that drives the turbine and tilts and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 9 times the turbine blade cross section (4X) in multiple stages + Storage battery-powered various ship primes + Insulating ball-lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 11 times the turbine blade cross section (4X) + accelerating the storage battery-powered vessels + warming-increasing sphere lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically in a multi-stage by providing gravity solar power turbines with 12 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward by providing multiple stages of gravity turbines with 13 times the turbine blade cross section (4X), + accumulating various battery-powered vessels + heat-retaining sphere raising device (2F) ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air close to 1200 degrees + Heat retaining mass turbine that increases the power generation amount by accelerating rolling contact with liquid tin containing alloy vertically downward And the energy storage cycle coalescence engine that drives the thermal insulation heat quantity turbine and rotates the solar heater on the water surface.

Structure and method of accelerating liquid tin containing alloy vertically downward by providing multiple stages of gravitational solar power turbines with 14 times the turbine blade cross section (4X) + Storage battery driven various ship priming + Thermal insulation ball increasing device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing a gravity solar thermal turbine with 15 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 16 times the turbine blade cross-section (4X) in the vertical direction + Storage battery-powered various ship priming + Insulation sphere raising device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with 17 times the turbine blade cross section (4X) in the vertical direction + storage battery-powered various ship primes + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 18 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Width increase of long lens Compressed heating air approaches 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward to maintain heat generation mass to increase power generation Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing multiple stages of gravity solar thermal turbines with 19 times the turbine blade cross section (4X) + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically in the vertical direction by providing gravity solar power turbines with a turbine blade cross section (4X) of 20 times in multiple stages + storage battery-driven ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power turbines with 21 times the turbine blade cross section (4X) in the vertical direction. ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing 23 stages of gravity solar thermal turbines with a turbine blade cross section (4X) in multiple stages + storage battery-powered various ship primes + warming and increasing ball lifting device (2F) ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens and compress the heated air to approach 1200 degrees + Heat the air with liquid tin containing alloy by compressing air acceleration to keep the power generation increased A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with 24 times the turbine blade cross section (4X) in the vertical direction + accelerating storage battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 25 times in multiple stages + storage battery-powered various ship priming + warming and increasing ball raising device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar thermal turbines with multiple turbine blade cross-sections (4X) in multiple stages + Storage battery-powered various ship primes + Insulation sphere riser (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity turbines with three times the turbine blade cross-section (4X) in the vertical direction + accelerating various battery-powered vessels + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with four times the turbine blade cross-section (4X) in a multi-stage + storage battery-powered various ship priming + warming and increasing ball lifting device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same maximum amount of water generation in multiple stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar power turbines with 5 times the turbine blade cross section (4X). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens Then, the energy-saving cycle coalescence engine that drives the heat-retaining mass turbine and the heat-retaining calorie turbine whose acceleration power generation amount is increased vertically downward + the solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar power turbines with 6 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens Then, the energy storage cycle coalescing engine that accelerates the heavier material vertically downward to drive the heat-retaining mass turbine and the heat-retaining calorie turbine that increase the power generation amount and rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using multiple stages of gravity solar thermal turbines with a turbine blade cross section (4X) 7 times larger + Heating up sunlight using a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Various energy conservation cycle combinations that rotate the solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically vertically by using a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X). Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Nearly 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Various energy storage cycles in which the solar heater is tilted and rotated on the water surface Combined organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by installing gravity solar power turbines with 9 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting linearly in the absorbent material + Increase the head with the warming-increasing sphere lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) to store and use + Increase the width of the long lens + Approaching 1200 degrees + liquid tin containing alloy is heated by compressed air acceleration to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase the amount of power generation + various energy storage by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 10 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 15 times gravity solar power generation generation equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method of accelerating specific critical substances vertically downward by using multiple stages of gravity solar thermal turbines with 20 times the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) gravity solar thermal power generation turbine with 22 times multiple stages and structure and method of accelerating specific critical substances vertically downward + warm and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Turbine blade cross section (4X) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a multi-stage gravity solar thermal turbine with a turbine blade cross section (4X) of 25 times, and making the whole electrified house primed. 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing three stages of gravity solar power turbines with three times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 6 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity turbines with 11 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 15 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 16 times gravity solar power generation generating equipment method to make all turbine blades + Insulate and use liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Wide lens wide heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 20 times gravity solar power generation generating equipment blade method + heat retention increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific critical substances vertically downward by using gravity turbines with 21 times the turbine blade cross section (4X) in a multi-stage + making use of heat and cold + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) gravity solar thermal power generation turbine with 22 times multiple stages and structure and method of accelerating specific critical substances vertically downward + warm and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical materials vertically downwards by using multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 25 times + Solar energy is made into a heat absorbing material by using hot and cold energy. Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing multiple stages of gravity solar thermal turbines with double turbine blade cross section (4X) + full electrification house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing three stages of gravity solar power turbines with three times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a 6-fold gravity solar power turbine with 6 times the turbine blade cross section (4X) + Fully electrified residential prime 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) 7 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 12x gravity turbines with a turbine blade cross section (4X) + hot and cold use + heat up sunlight with long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 15 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 16 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 17-times gravity solar power generation generating equipment method to make all turbine blades + heat retention increasing ball lift device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 20 times gravity solar power generation generating equipment blade method + heat retention increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 21x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) use and store liquid tin containing alloy + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

Turbine blade cross section (4X) gravity solar thermal power generation turbine with 22 times multiple stages and structure and method of accelerating specific critical substances vertically downward + warm and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical materials vertically downwards by using multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 25 times + Solar energy is made into a heat absorbing material by using hot and cold energy. Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific downward substances vertically vertically by using multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing three stages of gravity solar power turbines with three times the turbine blade cross section (4X) + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a 6-fold gravity solar power turbine with 6 times the turbine blade cross section (4X) + Fully electrified residential prime 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with seven times the turbine blade cross section (4X) in multiple stages + making the whole electrified house primed + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) 8 times gravity solar thermal power generation structure and method + battery-powered various automobiles priming + warming and increasing ball lifting device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of gravity solar thermal turbines with 13 times the turbine blade cross-section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 15 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 16 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 17 stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

The turbine blade cross section (4X) 18 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) to use and store liquid tin containing alloy + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 20 times gravity solar power generation generating equipment blade method + heat retention increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 21x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) use and store liquid tin containing alloy + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 22 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

Turbine blade cross section (4X) 23 times gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical materials vertically downwards by using multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 25 times + Solar energy is made into a heat absorbing material by using hot and cold energy. Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific downward substances vertically vertically by using multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity solar thermal turbines with three times the turbine blade cross section (4X) + making hot and cold use prime + making sunlight into a heat absorbing material with a long lens Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with four times the turbine blade cross section (4X) in the heat insulation means. 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a 6-fold gravity solar power turbine with 6 times the turbine blade cross section (4X) + Fully electrified residential prime 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with seven times the turbine blade cross section (4X) in multiple stages + making the whole electrified house primed + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X) + making the whole electrified house primed + warming increasing ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross-section (4X) 9 times gravity solar power generation structure and method + battery powered various automobiles primed + heat-increasing ball lift device (2F) used to lift and store liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing a multi-stage gravity solar thermal turbine with 14 times the turbine blade cross section (4X). Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by using gravity turbines with 15 times the turbine blade cross section (4X) in a multi-stage + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 16 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 17 stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 18-times gravity solar power turbines with a turbine blade cross section (4X) + heat and cold energy priming + heat solar with long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 19 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball rising device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 20 times gravity solar power generation generating equipment blade method + heat retention increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 21x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) use and store liquid tin containing alloy + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 22 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

Turbine blade cross section (4X) 24x gravity solar power generation turbines are installed in multiple stages to accelerate specific critical materials vertically downward + make use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific critical materials vertically downwards by using multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 25 times + Solar energy is made into a heat absorbing material by using hot and cold energy. Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific downward substances vertically vertically by using multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity solar thermal turbines with three times the turbine blade cross section (4X) + making hot and cold use prime + making sunlight into a heat absorbing material with a long lens Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific substances in the vertical direction by installing multiple stages of gravity turbines with 4 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 5 times the turbine blade cross section (4X) + full electrification house prime + warming increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a 6-fold gravity solar power turbine with 6 times the turbine blade cross section (4X) + Fully electrified residential prime 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with seven times the turbine blade cross section (4X) in multiple stages + making the whole electrified house primed + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X) + making the whole electrified house primed + warming increasing ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing gravity turbines with nine times the turbine blade cross section (4X) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) structure and method of gravitational solar power generation 10 times + accelerating storage battery driving various automobiles + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 20 times gravity solar power generation generating equipment blade method + heat retention increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 21x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) use and store liquid tin containing alloy + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross-section (4X) 22 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

A structure and method for accelerating specific downward substances vertically vertically by using multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity solar thermal turbines with three times the turbine blade cross section (4X) + making hot and cold use prime + making sunlight into a heat absorbing material with a long lens Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific substances in the vertical direction by installing multiple stages of gravity turbines with 4 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with five times the turbine blade cross section (4X). Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing a 6-fold gravity solar power turbine with 6 times the turbine blade cross section (4X) + Fully electrified residential prime 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with seven times the turbine blade cross section (4X) in multiple stages + making the whole electrified house primed + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X) + making the whole electrified house primed + warming increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing gravity turbines with nine times the turbine blade cross section (4X) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing a 10-fold gravity solar power turbine with a turbine blade cross section (4X) in multiple stages + making the entire electrified housing primed 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) 11 times gravity solar power generation structure and method + battery powered various automobiles primed + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross-section (4X) 15 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar thermal turbines with 16 times the turbine blade cross section (4X) in the vertical direction + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 17 stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 18-times gravity solar power turbines with a turbine blade cross section (4X) + heat and cold energy priming + heat solar with long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross section (4X) 21x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) use and store liquid tin containing alloy + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross-section (4X) 22 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 25x gravity solar power generation generating equipment to make all turbine blades + warming and increasing sphere lift device (2F) using liquid tin containing alloy and preserving use + long lens width increasing heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating specific downward substances vertically vertically by using multiple stages of gravity solar thermal turbines with twice the turbine blade cross section (4X) + making use of hot and cold heat + long lens to make sunlight into heat absorbing material Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity solar thermal turbines with three times the turbine blade cross section (4X) + making hot and cold use prime + making sunlight into a heat absorbing material with a long lens Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific substances in the vertical direction by installing multiple stages of gravity turbines with 4 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use liquid tin containing alloy in the warming-increasing sphere raising device (2F) + Save and use + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing the alloy vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically and vertically by using multiple stages of gravity solar thermal turbines with five times the turbine blade cross section (4X). Collecting in a straight line + Using the temperature-increasing sphere lifting device (2F) to lift and store liquid tin containing the alloy + Compressing the long lens width increasing heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

A structure and method for accelerating specific critical substances vertically downward by providing multiple stages of gravity solar thermal turbines with 6 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Collect in a straight line + Insulate and use liquid tin containing alloy in the warming and increasing ball raising device (2F) + Compress the long lens width increasing heating air and bring it closer to 1200 degrees + Liquid tin containing alloy is compressed air Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by providing gravity turbines with seven times the turbine blade cross section (4X) in multiple stages + making the whole electrified house primed + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increasing Heating air is compressed and approaching 1200 degrees + Specific critical substances are accelerated vertically and heat generation mass turbine and heat insulation heat energy turbine increase heat generation amount + Energy storage cycle coalescing engine that rotates the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat retaining means by providing a multi-stage gravity solar thermal turbine with 8 times the turbine blade cross section (4X) + making the whole electrified house primed + warming increasing ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Long lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase heat generation mass turbine and heat retention A combined energy storage cycle engine that drives a calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloys vertically downward in the heat insulation means by providing gravity turbines with nine times the turbine blade cross section (4X) in multiple stages + making the whole electrified house prime + heat insulation increase ball rising device ( 2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat retention mass for increasing the amount of power generation by making the liquid tin containing the alloy accelerating rolling contact vertically downward Combined engine with various energy storage cycles that drives turbine and heat insulation heat quantity turbine + solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically downward in the heat insulation means by providing a 10-fold gravity solar power turbine with a turbine blade cross section (4X) in multiple stages + making the entire electrified housing primed 2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Keeps liquid tin containing high temperature alloy in an accelerated rolling contact vertically downward to increase power generation A combined energy storage cycle engine that drives a mass turbine and a heat-retaining calorie turbine and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing an alloy vertically in the heat retaining means vertically by placing an 11-fold gravity solar power turbine with a turbine blade cross section (4X) in a multi-stage + full electrified house prime + a heat retaining and increasing ball rising device ( 2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating liquid tin containing alloy with compressed air acceleration Drives the thermal insulation mass turbine and the thermal insulation heat quantity turbine + various energy storage cycle combined engines that rotate the solar heater on the surface of the water.

Turbine blade cross section (4X) structure and method of 12 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compressed air with increased width and compressed it close to 1200 degrees + Driven the heat-retaining mass turbine and heat-retained heat turbine to increase the amount of accelerated power generation vertically downward + Save various energy by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

Turbine blade cross section (4X) structure and method of 13 times gravity solar thermal power generation + storage battery drive various automobiles primed + heat retention increasing ball lift device (2F) to use liquid tin containing alloy for storage + long lens Compress air with increased width to approach 1200 degrees + Accelerate heavier materials vertically downward to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Various types of rotating solar heater on water surface Energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) 14 times gravity solar power generation structure and method + battery-powered various automobiles priming + warming and increasing ball riser (2F) using liquid tin containing alloy for storage + long lens Compress air with increased width heating and bring it close to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-reducing heat turbine to increase power generation + Inclining the solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 15 times gravity solar power generation structure and method + battery-powered various automobiles primed + warming and increasing ball lift device (2F) to use and store liquid tin containing alloy + long lens Compressing air with increased width and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and rolled vertically downward to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase power generation + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) structure and method of 16 times gravity solar power generation + storage battery driven various automobiles primed + warming and increasing ball rising device (2F) to lift and use liquid tin containing alloy + long lens Compress air with increased width to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive heat-generating mass turbine and heat-generating heat turbine with increased power generation + Solar heater on water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing 17 stages of gravity solar power turbines with 17 times the turbine blade cross section (4X) + heat and cold energy priming + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using the temperature increasing sphere lifting device (2F) to ascend and store liquid tin containing alloy + Compressing the long lens width increasing heating air and bringing it closer to 1200 degrees + Specific critical substances vertically Various energy storage cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of accelerated power generation downward and rotate the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing multiple stages of 18-times gravity solar power turbines with a turbine blade cross section (4X) + heat and cold energy priming + heat solar with long lens Collecting in a straight line on the absorbent material + Using heated tin increase device (2F) to lift and use liquid tin containing alloy + Width increasing of long lens Compressing heating air to approach 1200 degrees + Vertically heavier material Various energy conservation cycle coalescence engines that accelerate downward and drive the thermal insulation mass turbine and thermal insulation heat quantity turbine that increase the amount of power generation and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by using multiple stages of gravity solar power turbines with 19 times the turbine blade cross section (4X) + heat and cold utilization primed + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy The energy storage cycle coalescence engine that drives the heat retaining mass turbine and the heat retaining heat amount turbine to increase the amount of power generation by accelerating rolling contact vertically downward and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing multiple stages of gravity solar power turbines with a turbine blade cross section (4X) of 20 times + Heating sunlight with a long lens Collecting in a straight line on the absorbent material + Insulating and using liquid tin containing an alloy in the warming and increasing ball raising device (2F) + Longer lens width increasing and compressing the heated air to 1200 degrees + Liquid containing a high temperature alloy Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation by accelerating rolling contact vertically downward and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downwards by placing gravity turbines with 21 times the turbine blade cross section (4X) in multiple stages + heat and cold use prime + heat the sunlight with a long lens Collecting in a straight line on the absorbent material + Using and holding up the liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the air of the long lens width increasing heating and bringing it closer to 1200 degrees + Liquid tin containing the alloy Compressed air acceleration to heat the air to drive the heat retaining mass turbine and heat retaining heat amount turbine to increase the amount of power generation + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Turbine blade cross-section (4X) 22 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compresses the air of the air and brings it closer to 1200 degrees + Drives the heat-retaining mass turbine and heat-retaining calorie turbine that increase the amount of accelerated power generation vertically downward + Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface .

Turbine blade cross section (4X) 23 times gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball lifting device (2F) using liquid tin containing alloy for storage and use + long lens width increasing heating Compresses the air and brings it closer to 1200 degrees + accelerates heavier substances vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + various energy storage cycles that tilt and rotate the solar heater on the water surface Combined organization.

Turbine blade cross section (4X) 24x gravity solar power generation generating equipment method to make all turbine blades + warming and increasing ball riser (2F) using liquid tin containing an alloy for storage + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine to increase power generation + Various types of rotating the solar heater on the water surface Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 25x gravity solar power generation generating equipment to make all turbine blades + warming and increasing sphere lift device (2F) using liquid tin containing alloy and preserving use + long lens width increasing heating Compressed air closes to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and rolled vertically downward to drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation + Solar-heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) doubles gravity solar power generation generating facility blade method + Insulating and increasing liquid tin containing alloy with heat-increasing sphere lifting device (2F) + Long lens widening heating Compressed air approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to drive the heat-retaining mass turbine and heat-reducing heat turbine that increase power generation + Solar-powered heater is tilted on the water surface Various energy conservation cycle coalescing engines.

A structure and method for accelerating the specific material in the vertical direction by installing multiple gravity solar thermal turbines with three times the turbine blade cross section (4X) + making hot and cold use prime + making sunlight into a heat absorbing material with a long lens Gather in a straight line + Increase and store liquid tin containing the alloy in the warming and increasing ball lift device (2F) + Compress the heated air to increase the width of the long lens and bring it closer to 1200 degrees + Accelerate specific critical substances vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating specific substances in the vertical direction by installing multiple stages of gravity turbines with 4 times the turbine blade cross section (4X) + making hot and cold use prime + long lens to make sunlight into heat absorbing material Gather in a straight line + Use a heated tin-lifting device (2F) to lift and store liquid tin containing alloy + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Accelerate heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Configuration and method for accelerating liquid tin containing 18 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Width of long lens is increased Compressed air is brought close to 1200 degrees + Specific critical substances are accelerated vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Configuration and method of accelerating liquid tin containing a 19 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Accelerates heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Configuration and method for accelerating liquid tin containing 20 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Configuration and method of accelerating liquid tin containing 21 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Driven by turbines + Insulated liquid ball riser (2F) uses liquid tin containing alloy for preserving use + Increases the width of long lens Compresses heated air to approach 1200 degrees + Liquid tin containing high temperature alloy vertically Various energy storage cycle coalescence engines that drive the heat-retaining mass turbine and heat-retaining calorie turbine with increased power generation as an accelerated rolling contact downward and rotate the solar heater on the water surface at an angle.

Configuration and method of accelerating liquid tin containing 22 times gravity solar thermal power generation alloy vertically down turbine blade cross section (4X) + air pipe air by suction compression heat recovery and using superheated steam (50) and compressed air (28a) Each of them is driven by a turbine, and the temperature-increasing ball rising device (2F) is used to ascend and store the liquid tin containing the alloy. The compressed air of the long lens is increased to 1200 degrees by compressing the heated air. Various energy conservation cycle coalescence engines that heat the air by acceleration to drive the heat retaining mass turbine and the heat retaining heat amount turbine that increase the amount of power generation and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing a 23 times gravity solar power generation alloy vertically down the turbine blade cross-section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Width of long lens is increased Compressed air is brought close to 1200 degrees + Specific critical substances are accelerated vertically downward Drives the heat retaining mass turbine and the heat retaining heat amount turbine that increase the power generation amount + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Configuration and method for accelerating liquid tin containing 24 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery with superheated steam (50) and compressed air (28a) Each turbine is driven + Insulating liquid ball riser (2F) is used to store and store liquid tin containing alloy + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Accelerates heavier materials vertically downward Then, the heat retaining mass turbine and the heat retaining calorie turbine with increased power generation are driven + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

Configuration and method of accelerating liquid tin containing 25 times gravity solar thermal power generation alloy vertically down the turbine blade cross section (4X) + air pipe air by suction compression heat recovery, with superheated steam (50) and compressed air (28a) Each of them is driven by a turbine + Insulating and increasing ball rising device (2F) uses liquid tin containing alloy to be stored and stored + Increases the width of the long lens and compresses heating air to approach 1200 degrees + Liquid tin containing alloy vertically below Drives the heat retaining mass turbine and the heat retaining heat amount turbine with increased power generation as an accelerated rolling contact, and various energy storage cycle coalescing engines that rotate and tilt the solar heater on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generation by accelerating rolling contact vertically downward are provided in one stage + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration + two energy conservation cycle coalescence engines that rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in three stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in four stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type moving blade gravity solar turbines in five stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical all blade gravity solar heat turbines targeted in 6 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two energy-saving cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar thermal turbines in 7 stages + incline and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 8 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in nine stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 10 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 11 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 12 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 13 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 14 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two gravitation solar thermal turbines in 15 stages and rotate the solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate 2 types of moving blade gravity solar turbines in 16 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates 2 types of moving blade gravity solar turbines in 17 stages and rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 18 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescing engines that rotate two types of vertical type moving blade gravity solar heat turbines in 19 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 20 stages and rotate a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 21 stages and + solar heaters are inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy conservation cycle coalescence engine that tilts and rotates a solar heater with 22 types of vertical type moving blade gravity solar turbines in 22 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravity solar heat turbines aimed at 23 stages + a solar heater inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar turbines to aim at + 24 stages + solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravity solar heat turbines to be aimed at and + rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines that rotate two types of vertical type moving blade gravity solar heat turbines aimed at in 26 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar turbines to aim at +27 and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy storage cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming for

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming for

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines aiming at the +31 solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming for

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy conservation cycle coalescing engines that rotate the + solar heaters installed on the 33rd stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescence engine that rotates + solar heaters provided on 34th stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescence engine that rotates + solar heaters installed in 35 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that incline and rotate solar heaters on 36 levels.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate the + solar heaters provided on the 37th stage on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + Vertically moving specific gravity substances aiming to accelerate the amount of accelerated power generation Two types of vertical rotor blade gravity solar turbines provided in 38 stages + Various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier substances vertically downward + 39 stages + solar heater is inclined on the water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation in 40 stages + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward contact + 1200 degrees + solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating liquid air with compressed air acceleration and bringing liquid tin close to 1200 degrees + solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 43 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by accelerating the vertical direction of the wind turbines are provided in 44 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downward + 45 stages of energy-saving cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in a 46-stage + various energy conservation cycle coalescence engine that rotates solar heater on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid tin provided in 47 stages + various energy storage cycles combined with solar heater tilting and rotating on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 48 types of + solar heating heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Accelerating heavier materials vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 49 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing an alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing high-temperature alloy vertically downward + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating the air with liquid tin containing alloy and accelerating the compressed air + are provided in 52 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in 53 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines that aim to increase the power generation by accelerating the energy generation cycle are combined with various energy conservation cycle engines that rotate the solar heater on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downward + 55 types of energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 56 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of full-scale blade-gravity solar thermal turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 57 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar heat turbines in 58 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two blade gravity solar heat turbines in 59 stages and rotates solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravity solar heat turbines to aim at +60 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming for

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming for increase in 62 stages and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air to increase the width of the lens and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heater with 63 stages Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-sized blade gravity solar thermal turbines aiming to increase power generation by accelerating heavier materials vertically downward + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing alloy is accelerated vertically in contact with the bottom to provide two types of vertical rotor blade gravity solar turbines in 65 stages that aim to increase power generation + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 66 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to increase power generation amount 2 types of full-rotor gravity gravitational solar turbines in 67 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 68 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by accelerating vertically downward are provided in 69 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of all-rotor-gravity gravitational solar thermal turbines that aim to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 70 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 71 stages + various energy conservation cycle coalescing engines that tilt and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines that heat liquid air by accelerating compressed air and aiming to increase power generation are provided in 72 stages + various energy storage cycle combinations that rotate solar heaters on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Vertically moving blade gravity solar heat turbines aiming to increase in 73 stages + Solar power heaters on the surface of the water Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Accelerating heavier materials vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 74 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air to bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy vertically accelerated in rolling contact with two types of vertical rotor blade gravity solar turbines in 76 stages + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating the air with liquid tin containing alloy and accelerating the compressed air. Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of all-rotor-gravity solar power turbines aiming to increase the amount of accelerated power generation are provided in 78 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase the power generation by accelerating to 79+ stages, and a combined energy storage cycle engine that rotates a solar heater inclined on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 80 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 81 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 82 stages + various energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines, in which two types of gravitational solar turbines are installed in 83 stages, and + solar heaters are inclined and rotated on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine with two types of all-blade gravity solar heat turbines installed in 84 stages and rotating the solar heater tilted on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines to aim at 85 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines aiming for increase are provided in 87 stages, and solar heaters are tilted and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens width and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar power heaters provided in 88 stages + Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Two types of vertical bladed gravitational solar heat turbines aiming to increase power generation by accelerating heavier substances vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically in the downward direction and two types of vertical blade gravity solar heat turbines aiming to increase power generation are provided in 90 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 91 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air with compressed air acceleration and aims to increase power generation Two types of full rotor blade gravity solar turbines in 92 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two energy saving cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines vertically in the vertical direction and provide a solar heater with tilt rotation on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by vertically accelerating the wind turbines are provided in 94 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 95 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in a 96-stage + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with compressed air provided in 97 stages + various energy storage cycles combined to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and brought it closer to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically below specific critical substances + 98 solar power heaters on the surface of the water Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing alloy with heat-increasing sphere raising device (2F) + Long lens width Compressing the heated air to approach 1200 degrees + Accelerating heavier materials vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 99 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air and brought it closer to 1200 ° C + 102 types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravity solar thermal turbines aiming to increase the amount of accelerated power generation are provided in 103 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating to 104+ stages, and various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar thermal turbines aiming to increase power generation as an accelerated rolling contact vertically below, provided in 105 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 106 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating the air with compressed air acceleration + 107 stages + various energy storage cycle coalescing engines that rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that provide two types of gravitational solar turbines in 108 stages and rotate the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy storage cycles, in which two kinds of all-gravity gravity solar turbines are installed in 109 stages and + solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar heat turbines aimed at 110 stages and rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines aiming for the above are installed in 111 stages, and solar heaters are tilted and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming for increase in 112 stages and rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air for heating with increasing lens width and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation of specific critical materials vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating heavier substances vertically downward + Sunlight + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aimed at increasing power generation in 115 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aimed at increasing power generation in 116 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase the amount of power generation A combined energy storage cycle engine that rotates the installed + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 118 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating vertically downward are provided in 119 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downward +120 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in a single stage + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating air with compressed air acceleration + Combined with various energy conservation cycles to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it closer to 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation in vertical direction Two types of full-wing blade gravity solar turbines provided in three stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + Insulating liquid tin containing alloy with heat-increasing sphere raising device (2F) + Long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Solar power heater with two types of vertical rotor blade gravity solar turbines in four stages that aim to increase power generation by accelerating heavier materials vertically downward Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing alloy vertically + Solar Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Liquid tin containing high-temperature alloy vertically accelerated in contact with the bottom, and two types of vertical rotor blade gravity solar turbines aimed at increasing power generation are provided in 6 stages + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration using liquid tin containing alloy are provided in 7 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of all-rotor-gravity solar power turbines aiming at increasing the amount of accelerated power generation are installed in 8 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward This is a combined energy storage cycle engine that has two types of vertical rotor blade gravity solar heat turbines that are accelerated to increase power generation and are installed in 9 stages + a solar heater that tilts and rotates on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downwards are provided in 10 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 11 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy A variety of energy storage cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration in 12 stages.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines that rotate two types of gravitational solar turbines in 13 stages and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescing engines that rotate two gravitational solar thermal turbines in 14 stages and rotate a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate 15 types of vertical solar blade gravity solar heat turbines in 15 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical-type full-blade gravity solar heat turbines aiming for increase in 17 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increase the lens width Heating air is compressed to approach 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downwards + 18 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed gravitational solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically in contact with the bottom and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 20 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical bladed gravitational solar thermal turbines are provided in 21 stages. + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase power generation amount Two types of full blade gravity solar thermal turbines in 22 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar thermal turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 23 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two energy saving cycle coalescing engines that rotate the solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating vertically downward.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of all-rotor-gravity gravitational solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 25 energy-saving cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 26 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air + 27 types of energy storage cycles combined with a solar heater tilted and rotated on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and brought it closer to 1200 ° C. + Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation by increasing the specific critical substances vertically downward + Solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 29 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 31 stages + Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air and brought it close to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy provided in 32 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical type moving blade gravity solar turbines aiming to increase the amount of accelerated power generation are provided in 33 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward This is a combined energy storage cycle engine with two types of vertical rotor blade gravity solar heat turbines that are accelerated to increase power generation and provided in 34 stages, and a solar heater is tilted and rotated on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 35 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 36 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of full-wing blade gravity solar heat turbines aiming to increase power generation by heating air with compressed air acceleration are provided in 37 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines, in which two types of gravity solar heat turbines are provided in 38 stages, and + solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine that rotates two gravitational solar thermal turbines in 39 stages and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-rotor blade gravity solar heat turbines aimed at +40 solar power heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming at 41 + stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines aiming for increase in 42 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increase the lens width Heating air is compressed close to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical materials vertically downward + 43 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aimed at increasing power generation in 45 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing high temperature alloy is vertically accelerated and contacted by two rolling type full rotor blade gravity solar heat turbines aiming to increase power generation in 46 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase power generation 2 types of vertical rotor blade gravity solar turbines in 47 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Is an energy storage cycle coalescing engine in which two types of vertical-type full-blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 48 stages, and the solar heater is inclined and rotated on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of full-scale blade gravity solar thermal turbines that aim to increase power generation by accelerating vertically downward are provided in 49 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of all-rotor blade gravity solar thermal turbines that aim to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 50 stages of energy saving cycle coalescence engine that inclines and rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing vertically, provided in 51 stages + various energy conservation cycle coalescing engines that tilt and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air are provided in 52 stages + various energy storage cycles combined with solar heaters tilted and rotated on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming at increasing the amount of accelerated generation of specific critical substances vertically downwards are provided in 53 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air to approach 1200 degrees + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 54 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 ° C +2 types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing high temperature alloys vertically downward Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 ° C + 57 types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating the air with liquid tin containing alloy and accelerating the compressed air + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of all-rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation are provided in 58 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating to + 59-stage + energy storage cycle coalescing engine that inclines and rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 60 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 61 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 62 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar turbines in 63 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two blade gravity solar turbines in 64 stages and rotates solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravitational solar turbines to aim at +65 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy conservation cycle engines that incline and rotate a solar heater with 67 types of two types of vertical-type full-blade gravity solar heat turbines aiming for increase.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 68 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-sized blade gravity solar thermal turbines aiming to increase power generation by accelerating heavier materials vertically downward + 69 stages + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 70 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing high temperature alloy is accelerated and contacted vertically downward, and two types of vertical bladed gravitational solar turbines are provided in 71 stages. + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated to air by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines in 72 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 73 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating vertically downward are provided in 74 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of all-rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + 75 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 76 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating liquid tin with compressed air acceleration + 77 types of energy storage cycles combined with a solar heater inclined on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 78 solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines in 79 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar turbines in 81 stages + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy provided in 82 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical type moving blade gravity solar turbines aiming at increasing the amount of accelerated power generation are provided in 83 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of all-type blade-type gravitational solar thermal turbines that are accelerated to increase power generation and are provided in 84 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically downward are provided in 85 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 86 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 87 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines, in which two types of gravitational solar turbines are installed in 88 stages and + solar heaters are tilted and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount A variety of energy conservation cycle coalescence engines, in which two types of all-rotor-gravity solar thermal turbines are installed in 89 stages, and solar heaters are tilted and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate 90 types of vertical solar blade gravity solar heat turbines aimed at 90 stages + a solar heater that tilts and rotates on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines aiming for increase are provided in 92 stages, and solar heaters are inclined and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens width and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 93 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating heavier materials vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 95 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically in contact with the bottom of the plate, and two types of full-scale blade gravity solar heat turbines aiming to increase power generation are installed in 96 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase power generation Two types of full-wing blade gravity solar turbines in 97 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 98 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical moving blade gravity solar heat turbines that aim to increase the amount of power generated by accelerating the lower part of the vertical wind turbines are provided in 99 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + various energy conservation cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in a 101 stage + various energy conservation cycle coalescence engines that incline and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air by accelerating compressed air with liquid air + 102 stages + Combined with various energy conservation cycles to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and brought it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heaters on the surface of the water Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air to approach 1200 degrees + Accelerating heavier material vertically downward and aiming to increase the amount of power generation Two types of vertical rotor blade gravity solar turbines provided in 104 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing an alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are installed in 106 stages + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + 107 types of two types of full-wing blade gravity solar turbines aiming to increase power generation by heating the air with liquid tin containing alloy + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravity solar turbines aiming to increase the amount of accelerated power generation are installed in 108 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two energy saving cycle coalescing engines that rotate two types of vertical rotor blade gravity solar heat turbines in 109 stages and incline and rotate on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically downward are provided in 110 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 111 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air by compressed air acceleration + 112 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescence engines that rotate two types of gravity solar turbines in 113 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine that rotates two gravitation solar thermal turbines in 114 stages and rotates the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all blade gravity solar thermal turbines to aim at +115 stages and rotates solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, in which two types of vertical type moving blade gravity solar turbines aiming for the above are provided in 116 stages + a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy storage cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines aiming for increase in 117 stages and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Enhance the lens width Heating air is compressed close to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 118 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 119 stages of two types of full-wing blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aimed at increasing power generation in 120 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two rolling type full rotor blade gravity solar turbines aimed at increasing power generation in one stage + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to increase power generation in two stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in three stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) This is a combined energy storage cycle engine that has two types of vertical rotor blade gravity solar heat turbines that are accelerated to increase power generation and are provided in 4 stages.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically below. 5 types of energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 6 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration + 7 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of all-rotor-gravity solar power turbines aiming at increasing the amount of accelerated power generation are installed in 8 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) This is a combined energy storage cycle engine that has two types of vertical rotor blade gravity solar heat turbines that are accelerated to increase power generation and are installed in 9 stages + a solar heater that tilts and rotates on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar thermal turbines aiming to increase power generation as an accelerated rolling contact vertically downward are provided in 10 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 11 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy A variety of energy storage cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration in 12 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 13 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar turbines in 15 stages and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravity solar thermal turbines aimed at +16 solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming at 17+ stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar heat turbines in 18 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar turbines in 19 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 20 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescence engines that rotate two solar heat turbines in 21 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 22 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate 2 types of moving blade gravity solar heat turbines in 23 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 24 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two kinds of rotor blade gravity solar heat turbines in 25 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate 2 types of moving blade gravity solar turbines in 26 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of moving blade gravity solar turbines in 27 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 28 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 29 stages and rotate solar heaters on the surface of water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 30 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical type moving blade gravity solar heat turbines in 31 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 32 stages and + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all blade gravity solar heat turbines aimed at 33 stages + solar heating heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, which are equipped with 34 types of vertical all blade gravity solar thermal turbines to aim at and + rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar turbines to aim at +35 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical full-rotor blade gravity solar turbines to target in 36 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all blade gravity solar heat turbines to aim at 37 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming at

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the surface of water with two types of vertical rotor blade gravity solar turbines aiming for

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming at 41 + stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines aiming at 42+ stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate the + solar heaters installed in 43 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate the + solar heaters on the water surface at 44 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters installed in 45 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters installed in 46 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters installed in 47 stages on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and approaching 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation 2 types of vertical rotor blade gravity solar turbines provided in 48 stages + Various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downwards + 49 stages + Solar heater is inclined on the water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 50 stages + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 53 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two energy-saving cycle coalescence engines that rotate two vertical wind turbine gravity solar turbines in 54 stages, aiming to increase the amount of power generated by accelerating them vertically downward, and rotating the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward +55 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, and 56 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air + 57 stages + Combined with various energy conservation cycles to rotate solar heater on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar turbines of two types of vertical blades aiming at increasing the amount of accelerated power generation vertically below specific substances + 58 solar heaters on the surface of the water Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Accelerating heavier substances vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 59 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar turbines in 61 stages + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed heated air to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 62 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in 63 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating to +64 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downward are provided in 65 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 66 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 67 stages. + Various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that provide two types of gravity solar turbines in 68 stages and rotate the solar heater on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines, in which two types of all-blade gravity solar heat turbines are installed in 69 stages and + solar heaters are tilted and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater with 70 types of two types of vertical all blade gravity solar thermal turbines aimed at.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming at

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescing engines, in which two types of vertical all-blade gravity solar turbines aiming at increase are provided in 72 stages and a solar heater is inclined and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the air to increase the lens width and bringing it closer to 1200 degrees + Two types of full-scale blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heater with 73 stages Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-sized blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + 74 stages of sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing alloy is accelerated vertically in contact with the bottom to provide two types of vertical rotor blade gravity solar turbines in 75 stages that aim to increase power generation + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines are provided in 76 stages to increase power generation + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase power generation Two types of full-wing blade gravity solar turbines in 77 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 78 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by accelerating the vertical direction of the wind turbines are provided in 79 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 80 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar thermal turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing vertically in the vertical stage + various energy conservation cycle coalescence engines that incline and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air are provided in 82 stages + various energy storage cycles combined to rotate and rotate solar heaters on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards were installed in 83 stages + Solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 ° C + Accelerating heavier material vertically downward and aiming to increase the amount of power generation Two types of vertical rotor blade gravity solar turbines provided in 84 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are installed in 86 stages + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed heated air to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase the amount of power generation by installing two types of vertical rotor blade gravity solar turbines in 87 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical moving blade gravity solar turbines aiming to increase the amount of accelerated power generation are provided in 88 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating to a +89, equipped with 89 stages + various energy conservation cycle coalescing engines that tilt and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 90 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface at an angle.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 91 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy A variety of energy conservation cycle coalescence engines that rotate two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration in 92 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar turbines in 93 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescing engines that provide two types of all-blade gravity solar heat turbines in 94 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescing engines, which are equipped with 95 types of two types of vertical all blade gravity solar thermal turbines to aim at, and rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy storage cycle engines that have 97 types of vertical-type full-rotor blade gravity solar turbines aimed at increasing + rotating the solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Enhance the lens width by heating the air and bring it closer to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier substances vertically downward + Sunlight + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aimed at increasing power generation in 100 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical blade dynamic solar gravity solar turbines in 101 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated to air by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines to 102 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical-type full-blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 103 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar turbines that aim to increase the amount of power generated by accelerating vertically downward are provided in 104 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + 105 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 106 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air + 107 stages + various energy storage cycles combined to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated generation of electricity Two types of full rotor blade gravity solar heat turbines provided in 108 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Accelerating heavier materials vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar heat turbines provided in 109 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 111 stages + sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed heated air to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration, and two types of full-wing blade gravity solar turbines aiming at increased power generation are provided in 112 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in 113 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating to a + 114-stage + energy storage cycle coalescing engine that inclines and rotates a solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically below are provided in 115 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 116 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 117 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines, in which two types of gravitational solar turbines are installed in 118 stages and + solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount A variety of energy conservation cycle coalescence engines that rotate two gravitation solar thermal turbines in 119 stages and rotate the solar heater on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all blade gravity solar heat turbines to aim at 120 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming at a + solar solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Various energy storage cycle coalescing engines that incline and rotate a solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines aimed at increasing in two stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens width and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar power heaters provided in 3 stages Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aimed at increasing power generation in five stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar turbines in six stages aiming to increase power generation + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase power generation Two types of full rotor blade gravity solar turbines in 7 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 8 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical moving blade gravity solar heat turbines that aim to increase the amount of power generated by accelerating vertically downward are provided in 9 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by accelerating rolling contact with liquid tin vertically downward +10 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, and 11 types of vertical rotor blade gravity solar heat turbines + various energy conservation cycle coalescence engines that incline and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air by accelerating air with compressed air acceleration + 12 types of energy storage cycle combined with solar heater tilting and rotating on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Vertically moving blade gravity solar heat turbines aiming to increase in 13 stages + 13 solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and approaching 1200 degrees + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 14 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 16 stages + Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air to approach 1200 degrees + 17 types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy + 17 Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of all-rotor-gravity solar power turbines aiming to increase the amount of accelerated power generation are provided in 18 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical moving blade gravity solar heat turbines that aim to increase power generation by accelerating the energy generation cycle in 19 stages + various energy storage cycle coalescing engines that tilt and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase the amount of power generation as an accelerated rolling contact vertically downward are provided in 20 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 21 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration + 22 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines, in which two types of gravity solar heat turbines are provided in 23 stages, and + solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine that rotates two gravitational solar thermal turbines in 24 stages and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravity solar heat turbines to be aimed at and + rotates the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of energy storage cycle coalescence engines that rotate two types of vertical rotor blade gravity solar turbines aiming for increase in 27 stages and rotate solar heaters on the surface of water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressed air with increased lens width heating to approach 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 28 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-wing blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + 29 sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aiming at increased power generation in 30 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically in contact with the bottom and two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation are provided in 31 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed and approaches 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines in 32 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 33 stages + various energy storage cycle coalescing engines that rotate and tilt solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by accelerating the vertical direction of the wind turbines are provided in 34 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downward + 35 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 36 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air by accelerating compressed air with liquid air + 37 stages + Combined with various energy conservation cycles to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 38 solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compress the increased heating air and bring it closer to 1200 degrees + Installed two types of vertical rotor blade gravity solar turbines in 39 stages aiming to increase power generation by accelerating heavier materials vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation are provided in 41 stages + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + Two types of vertical all blade gravitational solar turbines aiming to increase power generation by heating air with compressed air acceleration of liquid tin containing alloys provided in 42 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of all-rotor-gravity solar power turbines aiming at increasing the amount of accelerated power generation are provided in 43 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward This is an engine that combines two types of energy-saving cycle to rotate the solar heater on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar turbines aiming to increase power generation as an accelerated rolling contact vertically downward are provided in 45 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 46 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 47 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines, in which two types of gravitational solar turbines are installed in 48 stages, and the solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy conservation cycles that rotate two gravitational solar power turbines in 49 stages and rotate solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravitational solar heat turbines to aim at +50 and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward An energy storage cycle coalescing engine that tilts and rotates a solar heater on the surface of water with two types of vertical rotor blade gravity solar turbines aiming at

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming for increase in 52 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens width and bringing it closer to 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing an alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aiming to increase power generation in 55 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing high-temperature alloy is accelerated vertically in contact with the bottom of the plate, and two types of vertical blade gravity solar thermal turbines aiming at increased power generation are provided in 56 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated to air by compressed air acceleration to increase power generation amount Two types of full-rotor gravity solar thermal turbines in 57 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically below are provided in 58 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by accelerating vertically downward are provided in 59 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + 60 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in the 61 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air with compressed air acceleration with liquid tin + 62 stages + Combined with various energy conservation cycles to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards are provided in 63 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 64 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing an alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Liquid tin containing high-temperature alloy was accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aimed at increasing power generation were installed in 66 stages + sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy provided in 67 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravity solar turbines aiming at increasing the amount of accelerated power generation are provided in 68 stages. + Various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines that aim to increase the amount of power generation by accelerating the energy generation cycle are combined with various energy storage cycle engines that rotate the solar heater on the water surface at 69 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downward are provided in 70 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 71 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of full-rotor-gravity solar power turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 72 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines that rotate two types of gravity solar turbines in 73 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy conservation cycles that rotate two blade gravity solar turbines in 74 stages and rotate solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravity solar thermal turbines aimed at 75 stages + rotating solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines aiming for the above are installed in 76 stages + a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical-type full-blade gravity solar turbines aiming for increase in 77 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air to increase the lens width and approaching 1200 degrees + Vertically moving blade gravity solar thermal turbines aiming at increasing the amount of accelerated generation of specific critical substances vertically downwards + 78 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + 79 stages of sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + liquid tin containing alloy is accelerated vertically downward and contacted with two types of vertical rotor blade gravity solar turbines aiming to increase power generation in 80 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 81 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase power generation Two types of full blade gravity solar turbines in 82 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 83 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of power generated by vertically accelerating the wind turbines are provided in 84 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 85 types of energy storage cycle coalescence engines that rotate solar heaters on the surface of water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in the 86th stage + various energy conservation cycle coalescence engines that incline and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air. 87 types of energy storage cycles combined with a solar heater inclined on the water surface. organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming at increasing the amount of accelerated generation of specific critical substances vertically downwards are provided in 88 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and approaching 1200 degrees + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar heat turbines with 89 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy vertically accelerated in rolling contact with two types of vertical rotor blade gravity solar heat turbines aimed at increasing power generation provided in 91 stages + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration using liquid tin containing alloy were installed in 92 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical type moving blade gravity solar turbines aiming at increasing the amount of accelerated power generation are provided in 93 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Integrating various energy storage cycle engines that incline and rotate a solar heater on the water surface with two types of vertical-type full-blade gravity solar heat turbines that are accelerated to increase power generation in 94 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically below are provided in 95 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 96 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 97 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines, in which two types of gravitational solar turbines are installed in 98 stages, and + solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine with two types of all-blade gravity solar thermal turbines installed in 99 stages and rotating solar heater on the water surface at an inclination.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all blade gravity solar thermal turbines to aim at +100 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescing engines, in which two types of vertical rotor blade gravity solar turbines aiming for increase are provided in 102 stages, and solar heaters are inclined and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens width and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravitational solar turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + Solar heater with 103 stages Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-wing blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed and approaches 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aiming to increase power generation in 105 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heated air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aimed at increasing power generation in 106 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air to increase power generation amount Two types of full-rotor gravity solar thermal turbines in 107 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically below are installed in 108 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by accelerating vertically downward are provided in 109 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + 110 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 111 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air + 112 stages + various energy conservation cycle combining solar heaters tilting and rotating on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and brought it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 113 solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 ° C + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 114 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 115 types of 2 types of vertical rotor blade gravity solar heat turbines aiming at increased power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it close to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 116 stages + sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air and approached 1200 degrees + Liquid tin containing alloy was heated in air by compressed air acceleration, and two types of full-wing blade gravity solar turbines aimed at increasing power generation were provided in 117 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines aiming at increasing the amount of accelerated power generation are provided in 118 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward 119 stages of two vertical all-blade gravity solar thermal turbines that aim to increase power generation by accelerating to + energy-saving cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically below, equipped with 120 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generation by accelerating rolling contact vertically downward are provided in one stage + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration + two energy conservation cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar turbines in three stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + Compresses the heated air of the long lens and brings the heated air close to 1200 degrees + Accelerates the heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescing engine that rotates two gravitational solar power turbines in 4 stages and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravitational solar turbines to be aimed at and + rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar turbines in 6 stages and rotate solar heaters on the surface of water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming for increase in 7 stages and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increase the lens width Heating air is compressed to approach 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 8 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed and approaches 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aiming to increase power generation in 10 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aimed at increasing power generation in 11 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase the amount of power generation Two vertical rotor blade gravity solar turbines in 12 stages A combined energy storage cycle engine that rotates the installed + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Compressing air for heating with increased lens width and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical materials vertically downwards + 13 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball lift device (2F) rise and use liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-sized blade gravity solar thermal turbines aiming to increase power generation by accelerating heavier substances vertically downward + 14 stages of sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically in contact with the bottom, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 15 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 16 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball lift device (2F) rise and use liquid tin containing alloy + long Lens width increase Heating air is compressed and approaches 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines in 17 stages A combined energy storage cycle engine that rotates the installed + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + Specific critical substances Two types of vertical type moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 18 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere raising device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + A heavier material Two types of vertical moving blade gravity solar turbines that accelerate vertically downward and aim to increase power generation are provided in 19 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downwards are provided in 20 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Insulating and using liquid tin containing alloy in the heat-increasing sphere raising device (2F) + Increasing the width of the long lens Compressing the heating air to approach 1200 degrees Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by accelerating rolling contact with liquid tin vertically downward are provided in 21 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating tin with compressed air + 22 types of energy storage cycle coalescing engines that rotate solar heaters on the water surface .

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically below are installed in 23 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere raising device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + A heavier material Two types of vertical rotor blade gravity solar turbines that accelerate vertically downward and aim to increase power generation are provided in 24 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downwards are provided in 25 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Insulate and use liquid tin containing the alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air to 1200 degrees + Including high-temperature alloy Two types of all-rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward are provided in 26 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air with compressed air acceleration of tin + provided in 27 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface .

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 28 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 29 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater with 31 types of 2 types of vertical all blade gravity solar thermal turbines aimed at.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 33 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar turbines in 34 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heating turbines in 35 stages and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 36 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 37 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 38 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates 2 types of moving blade gravity solar heat turbines in 39 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate the gravitational solar thermal turbines in two stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of moving blade gravity solar turbines in 41 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two gravitational solar power turbines in 42 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate 2 types of vertical type moving blade gravity solar turbines in 43 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy conservation cycle coalescing engine that rotates two types of vertical type rotor blade gravity solar turbines in 44 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy conservation cycle coalescing engines that rotate two types of vertical type moving blade gravity solar turbines in 45 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 46 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines are installed in 47 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar turbines to aim at +48 stages and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar turbines to aim at +49 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravitational solar heat turbines to aim at +50 and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical all blade gravity solar heat turbines aimed at 51 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all-blade gravitational solar heat turbines aimed at 52 stages and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating air with liquid tin containing alloy and accelerating compressed air A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines aiming at the +55 solar power heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating air with liquid tin containing alloy and accelerating compressed air A variety of energy storage cycle coalescence engine that tilts and rotates a solar heater on the surface of water, with two types of vertical rotor blade gravity solar turbines aiming at

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two energy-saving cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 57 stages and rotate solar heaters on the surface of water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters on the water surface at 58 levels.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A combined energy storage cycle engine that rotates the + solar heater provided on the 59th stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters on the water surface provided in 60 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A combined energy storage cycle engine that rotates the + solar heater provided on the 61st stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A combined energy storage cycle engine that rotates the + solar heater provided on the 62nd stage on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and approached 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of full-scale blade gravity solar turbines provided in 63 stages + Various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + 64 stages + Inclining solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 65 stages + solar heater on the water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed to +1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 66 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and approaches 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase the amount of power generation by providing two types of vertical rotor blade gravity solar turbines in 67 stages + Solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

Turbine blade cross-section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) is accelerated with small diameter + long lens width increase heating air is compressed Nearly 1200 ° C + Two types of vertical moving blade gravity solar turbines aiming to increase the amount of accelerated power generation in the vertical direction with specific critical substances + 73 stages + Combined with various energy conservation cycles to rotate and rotate solar heater on the water surface organ.

Turbine blade cross-section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) is accelerated with small diameter + long lens width increase heating air is compressed Approaching 1200 degrees + Accelerating heavier materials vertically downward to increase power generation Two types of full-rotor blade gravity solar heat turbines are provided in 74 stages + Various energy to tilt and rotate solar heater on the water surface Conservation cycle coalescence organization.

Turbine blade cross-section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) is accelerated with small diameter + long lens width increase heating air is compressed Approaching 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation are installed in 75 stages + Solar heater is tilted on the water surface Various energy conservation cycle coalescing engines.

Turbine blade cross-section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) is accelerated with small diameter + long lens width increase heating air is compressed Approaching 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are installed in 76 stages + Solar heater is inclined on the water surface Various energy storage cycle coalescing engine to rotate.

Turbine blade cross-section (4X) 2 to 26 times gravity Solar power generation generating equipment method to make all turbine blades + power increase sphere (2E) is accelerated with small diameter + long lens width increase heating air is compressed Approaching 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration, and two types of vertical rotor blade gravity solar turbines aiming to increase power generation are installed in 77 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating specific critical substances vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Accelerating turbine drive with a small diameter of the output increasing sphere (2E) + Long lens Compressed air of heating with a width of approx. 1,200 ° C + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downwards + 78 solar heaters on the water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating specific critical substances vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Accelerating turbine drive with a small diameter of the output increasing sphere (2E) + Long lens Compressed air of heating with a width of approx. 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming at increased power generation by accelerating heavier materials vertically downward + 79 solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

A structure and method for accelerating specific critical substances vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Accelerating turbine drive with a small diameter of the output increasing sphere (2E) Compressing the heated air and bringing it closer to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing the alloy vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method for accelerating specific critical substances vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Accelerating turbine drive with a small diameter of the output increasing sphere (2E) + Long lens Compressing heated air to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aiming at increased power generation in 81 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

A structure and method for accelerating specific critical substances vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Accelerating turbine drive with a small diameter of the output increasing sphere (2E) + Long lens Compressing the heated air to approach 1200 degrees + Liquid tin containing alloy is heated in air with compressed air acceleration to provide two types of vertical rotor blade gravity solar turbines in 82 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 3 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material 4 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating vertically downward + various energy storage cycle coalescing engines that rotate solar heaters incline on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downward + 5 types of energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically in a 6-stage + various energy conservation cycle coalescence engine that rotates solar heater on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air acceleration + Combined with various energy conservation cycles to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines with 8 types of specific critical substances aiming to increase acceleration power generation vertically downward + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Solar-heater equipped with two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation by accelerating heavier materials vertically downward Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 11 stages + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 12 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by compressing liquid tin containing alloy + 12 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravity solar turbines aiming at increasing the amount of accelerated power generation are provided in 13 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by accelerating to 14+ stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically downward are provided in 15 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 16 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration + 17 types of energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar heat turbines in 18 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine with two types of all-blade gravity solar heat turbines installed in 19 stages and rotating the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar heat turbines aimed at 20 stages + a solar heater inclined on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines targeting 21 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming for increase in 22 stages + rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air to increase the width of the lens and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 23 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed gravitational solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines in 25 stages aiming to increase power generation + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar turbines in 26 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated by air with compressed air acceleration to increase power generation amount Two types of full blade gravity solar turbines in 27 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + The long lens width is increased by compressing the heating air and approaching 1200 degrees. + Two types of full-scale blade gravity solar heat turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + Solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + 29 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + liquid tin containing alloy is accelerated vertically downward and contacted by two rolling-type full blade gravity solar turbines in 30 stages aiming to increase power generation + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, aiming to increase the amount of power generation Two types of full blade gravity solar turbines in 31 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens and compress the heated air to approach 1200 degrees + 32 stages of two types of full-sized blade gravity solar turbines aiming to increase power generation by heating the air with liquid tin containing alloy and accelerating the compressed air + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + Solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + liquid tin containing an alloy is accelerated vertically downward and contacted by two rolling-type full blade gravity solar thermal turbines aimed at increasing power generation in 35 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards to increase the amount of power generation 2 types of full-rotor gravity gravity solar turbines in 36 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the length of the long lens by compressing heated air and approaching 1200 degrees + 37 types of two types of full-sized bladed gravitational solar turbines aiming to increase power generation by heating the air with liquid tin containing alloy and accelerating compressed air + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 38 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar turbines in 40 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical all blade gravity solar heat turbines aimed at 41 stages + a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar turbines in 43 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar turbines in 44 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar turbines in 45 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 46 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar heat turbines in 47 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two types of moving blade gravity solar turbines in 48 stages and rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy storage cycles that rotate two types of moving blade gravity solar turbines in 49 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy to increase storage + Compresses the long lens width and heats it close to 1200 degrees + Accelerates heavier materials vertically downward to increase power generation Various energy conservation cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 50 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate 2 types of moving blade gravity solar turbines in 51 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescing engines that rotate two types of moving blade gravity solar turbines in 52 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar turbines are installed in 53 stages and solar heaters are tilted and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 54 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar thermal turbines are provided in 55 stages and a solar heater is rotated on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar turbines are provided in 56 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 57 stages and + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravity solar heat turbines aimed at in 58 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines to aim at 59 stages and rotate the solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravity solar heat turbines to aim at +60 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all blade gravity solar heat turbines aimed at 61 stages + solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy to increase storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Increase the power generation amount by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type rotor blade gravity solar heat turbines aimed at 62 stages + a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines aiming for the above are provided in 63 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravitational solar heat turbines aiming for the above are provided in 64 stages and the solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy storage cycle coalescence engine that tilts and rotates a solar heater on the water surface, which is equipped with two types of vertical rotor blade gravity solar heat turbines aiming at

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A combined energy storage cycle engine that inclines and rotates a solar power heater provided in 68 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A combined energy storage cycle engine that rotates the + solar heater on the surface of the water on 69 levels.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters installed on 70 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate the + solar heater on the water surface at 71 stages.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that incline and rotate + solar heaters installed in 72 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressed increased heating air and approached 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Vertically moving blade gravity solar heat turbines aiming to increase in 73 stages + Solar power heaters on the surface of the water Various energy conservation cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing increased heating air and bringing it closer to 1200 ° C + Accelerating heavier materials vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines provided in 74 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing increased heating air and bringing it close to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressed increased heating air to bring it closer to 1200 degrees + Liquid tin containing a high temperature alloy vertically accelerated in rolling contact with two types of vertical rotor blade gravity solar turbines in 76 stages + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing the heated air and bringing it close to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating the air with liquid tin containing alloy and accelerating the compressed air. Various energy conservation cycle coalescence engine that rotates solar heater on water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical all blade gravity solar heat turbines targeted in 40 stages.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravitational solar turbines aiming to increase the amount of accelerated power generation are provided in 28 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material is vertically below The energy saving cycle coalescing engine, which has two types of vertical-type full-blade gravity solar heat turbines that are accelerated to increase power generation and is provided with 29 stages + a solar heater tilted and rotated on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below + 30 types of energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 31 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 32 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of vertical type moving blade gravity solar turbines aiming to increase the amount of accelerated power generation are provided in 33 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material is vertically below This is a combined energy storage cycle engine with two types of vertical rotor blade gravity solar heat turbines that are accelerated to increase power generation and provided in 34 stages, and a solar heater is tilted and rotated on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 35 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 36 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of full-wing blade gravity solar heat turbines aiming to increase power generation by heating air with compressed air acceleration are provided in 37 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed to approach 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of full-wing blade gravity solar heat turbines are installed in 73 stages + Various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines aiming at increased power generation by accelerating heavier materials vertically downward + 74 stages + Solar heater is inclined on the water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + Liquid tin containing alloy is accelerated vertically in contact with the bottom, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are installed in 75 stages + solar heater on the water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed to +1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are installed in 76 stages + solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 13 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of power generated by accelerating the vertical direction vertically + 14 types of energy storage cycle coalescing engines that rotate and tilt solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downward + 15 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 16 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air by accelerating compressed air with liquid air + 17 types of energy storage cycles combined with a solar heater inclined and rotated on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of vertical rotor blade gravity solar heat turbines in 18 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at increased power generation by accelerating heavier materials vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar turbines in 21 stages + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 22 types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy + 22 Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated power generation are provided in 23 stages + various energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by accelerating to +24 stages + energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downwards are provided in 25 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 26 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration + 27 types of energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines that rotate two types of gravity solar heat turbines in 28 stages and rotate the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine with two types of all-rotor-gravity solar power turbines installed in 29 stages and rotating the solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines aimed at 30 stages + a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines aiming at the +31 solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescing engines that rotate two types of vertical rotor blade gravity solar heat turbines aiming for increase in 32 stages and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air for heating with increased lens width and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical materials vertically downward + Solar heater with 33 stages Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier substances vertically downward + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two rolling type full-blade gravity solar heat turbines aiming to increase power generation in 35 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically in contact with the lower side to provide two types of vertical rotor blade gravity solar turbines in 36 stages. + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated to air by compressed air acceleration, aiming to increase the amount of power generation Two types of full-wing blade gravity solar turbines in 37 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two kinds of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in 38 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) Two types of vertical rotor blade gravity solar turbines that aim to increase the power generation by accelerating the energy generation cycle are combined with various energy storage cycle engines that rotate the solar heater on the water surface at 39 stages.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical moving blade gravity solar turbines aiming at increasing power generation as an accelerated rolling contact vertically downward are provided in 40 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical moving blade gravity solar thermal turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 41 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy A variety of energy storage cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration in 42 stages + rotating solar heaters incline on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of all-rotor-gravity solar power turbines aiming at increasing the amount of accelerated power generation are provided in 43 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) This is an engine that combines two types of energy-saving cycle to rotate the solar heater on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical moving blade gravity solar turbines aiming to increase power generation as an accelerated rolling contact vertically downward are provided in 45 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical moving blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 46 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 47 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two types of solar turbines in 48 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 50 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation An energy-saving cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming at

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 53 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heating turbines in 54 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 55 stages and rotate a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heating turbines in 56 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 57 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of moving blade gravity solar turbines in 58 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy storage cycles that provides two types of moving blade gravity solar heat turbines in 59 stages and rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate two types of rotor blade gravity solar turbines in 60 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two types of moving blade gravity solar heat turbines in 61 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two types of rotor blade gravity solar turbines in 62 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 63 stages and rotate a solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar turbines in 64 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy conservation cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar turbines in 65 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 66 stages and + solar heaters are inclined and rotated on the water surface

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that incline and rotate a solar heater with 67 types of vertical type rotor blade gravity solar turbines in 67 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, which are equipped with two types of vertical all-blade gravity solar thermal turbines aimed at 68 stages + rotating solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater with 69 types of 2 types of vertical all blade gravity solar heat turbines aimed at.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater with 70 types of two types of vertical all blade gravity solar thermal turbines aimed at.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravitational solar turbines to aim at 71 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravitational solar turbines to aim at +72 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines aiming at the +73 solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating air with liquid tin containing alloy and accelerating compressed air A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravitational solar turbines aiming at 75+ stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines aiming for the above are installed in 76 stages + a solar heater is inclined and rotated on the water surface

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy storage cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming at

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A combined energy storage cycle engine that rotates the + solar heater on 78 levels on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Combined engine with various energy storage cycles that rotates + solar heaters on 79 levels on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate + solar heaters installed in 80 stages on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A variety of energy storage cycle coalescence engines that rotate + solar heaters on the water surface at 81 levels.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A variety of energy conservation cycle coalescence engines that rotate the + solar heaters installed on the 82nd stage on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and approached 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of vertical rotor blade gravity solar heat turbines provided in 83 stages + Various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and approaching 1200 degrees + Accelerating heavier material vertically downward and aiming to increase power generation Two types of vertical rotor blade gravity solar turbines are provided in 84 stages + Solar heater is inclined on the water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and close to 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation in 85 stages + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) + Approximate 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are installed in 86 stages + solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating liquid air with compressed air acceleration and bringing liquid tin close to 1200 degrees + solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two energy saving cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar thermal turbines in 88 stages and tilt and rotate solar heaters on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two energy saving cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 89 stages to accelerate power generation vertically and incline and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 90 types of energy storage cycle coalescing engines that rotate and tilt solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing vertically, provided in 91 stages + various energy conservation cycle coalescing engines that tilt and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air + 92 types of solar power heaters + various energy storage cycles combined to tilt and rotate solar heaters on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air to bring it closer to 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of vertical rotor blade gravity solar heat turbines installed in 93 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Solar-heater equipped with two types of vertical rotor blade gravity solar turbines in 94 stages that aim to increase power generation by accelerating heavier materials vertically downward Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward + Sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 96 types of two vertical all blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloys vertically downward + Solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy were installed in 97 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two kinds of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are installed in 98 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of full-type blade gravity solar heat turbines that aim to increase power generation by accelerating to 99+ stages, and various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar turbines aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 100 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 101 stages + various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 102 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy conservation cycle coalescing engines that rotate two types of gravitational solar turbines in 103 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy storage cycles to provide two types of all-rotor-gravity solar thermal turbines in 104 stages and rotate solar heater on the water surface at an angle.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescing engines in which two types of vertical all-blade gravity solar heat turbines aimed at are installed in 105 stages and a solar heater is rotated on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the surface of water, with two types of vertical rotor blade gravity solar turbines aiming for

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of energy storage cycle coalescence engine that inclines and rotates a solar heater on the water surface with two types of vertical all blade gravity solar heat turbines aiming for increase in 107 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increase the lens width Heating air is compressed to approach 1200 degrees + Vertically moving blade gravity solar thermal turbines aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + Solar power heaters provided in 108 stages + Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating heavier substances vertically downward + Solar light Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed and approaches 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines aimed at increasing power generation in 110 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heated air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar heat turbines in 111 stages. + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + Liquid tin containing alloy heats air by accelerating compressed air and aims to increase power generation Two types of full-rotor gravity solar thermal turbines in 112 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances 2 types of vertical all-blade gravity solar thermal turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 113 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of power generated by accelerating vertically downward are provided in 114 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downward are provided in 115 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing vertically, provided in 116 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical moving blade gravity solar heat turbines that aim to increase power generation by heating air by accelerating compressed air with liquid air + 117 stages + various energy storage cycles combined with a solar heater inclined on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward 118 types of solar heating heaters on the surface of the water + Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + 119 stages of two vertical all blade gravity solar turbines aiming to increase power generation by accelerating heavier substances vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + 120 types of two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by vertically rolling contact with liquid tin containing alloy + solar Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Liquid tin containing a high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in one stage + Sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical all blade gravity solar turbines aiming to increase power generation by heating air with compressed air acceleration with liquid tin containing alloys provided in two stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in three stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward This is a combined energy storage cycle engine that has two types of vertical rotor blade gravity solar heat turbines that are accelerated to increase power generation and are provided in 4 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically below. 5 types of energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 6 stages + various energy conservation cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration + 7 types of energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar heat turbines in 8 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine that tilts and rotates a solar heater with two types of all-blade gravity solar heat turbines arranged in 9 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines aimed at +10 solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical rotor blade gravity solar turbines in 11 stages and rotate solar heaters on the surface of water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming for increase in 12 stages + solar heaters that tilt and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air for heating with increased lens width and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical materials vertically downwards + 13 types of solar heaters Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-sized blade gravity solar thermal turbines aiming to increase power generation by accelerating heavier substances vertically downward + 14 stages of sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically in contact with the bottom, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 15 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Liquid tin containing high temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 16 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed and approaches 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines in 17 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 18 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by accelerating vertically downward are provided in 19 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + 20 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing vertically in the 21 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines aiming to increase power generation by heating air by accelerating compressed air with liquid air + 22 stages + Combined with various energy conservation cycles to rotate solar heater on the water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of full rotor blade gravity solar heat turbines in 23 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air to approach 1200 degrees + Accelerating heavier materials vertically downward and aiming to increase power generation 2 types of vertical rotor blade gravity solar heat turbines provided in 24 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 25 types of vertical rotor blade gravity solar turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 ° C + Two types of vertical rotor blade gravity solar turbines aiming at increasing power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 27 types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravitational solar turbines aiming to increase the amount of accelerated power generation are provided in 28 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward The energy saving cycle coalescing engine, which has two types of vertical-type full-blade gravity solar heat turbines that are accelerated to increase power generation and is provided with 29 stages + a solar heater tilted and rotated on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation as an accelerated rolling contact vertically below + 30 types of energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 31 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 32 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar turbines in 33 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine with two types of all-blade gravity solar heat turbines installed in 34 stages and rotating the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar turbines to aim at +35 stages and rotates solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines aiming at increase in 37 stages and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air to increase the lens width and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + 39 days + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + liquid tin containing alloy is accelerated vertically in contact with the bottom, and two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation are provided in 40 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation are provided in 41 stages + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines in 42 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward The energy saving cycle coalescing engine, in which two types of vertical-type full-blade gravity solar turbines aiming at increasing the amount of accelerated power generation are provided in 48 stages and the solar heater is tilted and rotated on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) This is a combined energy storage cycle engine that has two types of vertical-type full-blade gravity solar heat turbines that are accelerated to increase power generation and are provided in 49 stages. The solar heater is tilted and rotated on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downward + 50 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 51 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Combined various energy storage cycle engines that incline and rotate a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines that heat air with compressed air acceleration and aim to increase power generation.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in 53 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material is vertically below Two types of vertical rotor blade gravity solar turbines that aim to increase the power generation by accelerating the energy generation cycle are combined with various energy conservation cycle engines that rotate the solar heater on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation as an accelerated rolling contact vertically downward + 55 types of energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 56 stages + various energy conservation cycle coalescing engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of full-scale blade-gravity solar thermal turbines that aim to increase power generation by heating air with compressed air acceleration are provided in 57 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Two types of solar heat turbines are installed in 58 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 60 stages and rotate solar heaters on the surface of water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the surface of the water, which has two types of vertical rotor blade gravity solar turbines aiming at

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescence engines that rotate two solar heat turbines in 63 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate two solar heat turbines in 64 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescence engines that rotate two solar heat turbines in 65 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines, in which two types of solar turbines are provided in 66 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Vertically moving blade gravity aiming to increase the amount of acceleration of specific critical substances vertically downward Various energy storage cycle coalescing engines that rotate two solar heat turbines in 67 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Combined engine with various energy conservation cycles that rotate two types of moving blade gravity solar turbines in 68 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescing engines that rotate 2 types of moving blade gravity solar turbines in 69 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two types of moving blade gravity solar turbines in 70 stages and rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages, + accumulating various battery-powered vessels (2F) Uses liquid tin containing alloy to increase storage + Compresses the long lens width and heats it close to 1200 degrees + Accelerates heavier materials vertically downward to increase power generation Various energy storage cycle coalescence engine that rotates two types of rotor blade gravity solar turbines in 71 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy storage cycle coalescence engine that rotates two types of moving blade gravity solar turbines in 72 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are installed in 73 stages, and + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar turbines in 74 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are installed in 75 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate two types of vertical type moving blade gravity solar heat turbines in 76 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are installed in 77 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater with 78 types of two types of vertical all blade gravity solar heat turbines aimed at.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all blade gravity solar turbines to aim at 79 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, in which two types of vertical all-blade gravity solar thermal turbines aimed at are installed in 80 stages + a solar heater is tilted and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravitational solar turbines to aim at 81 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines, which are equipped with two types of vertical all-blade gravity solar thermal turbines aimed at 82 stages + rotating solar heaters inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravitational solar heat turbines aiming for the above are installed in 83 stages and + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines aiming at 84-stage + solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines aiming for

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses heated air and approaches 1200 degrees + Increases power generation by heating air with liquid tin containing alloy and accelerating compressed air A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming for

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation A variety of energy conservation cycle coalescence engines that rotate the + solar heaters installed on the 88th stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescence engine that rotates + solar heaters installed in 89 stages on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Various energy storage cycle coalescing engines that rotate the + solar heaters installed on the 90th stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-type blade gravity solar turbines aiming at the same amount of water and maximum power generation Combined engine of various energy storage cycles that inclines and rotates the solar power heater provided in the 91st stage on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Two types of vertical rotor blade gravity solar turbines aiming at the same amount of water and maximum power generation Combined engine of various energy storage cycles that inclines and rotates a solar heater provided in 92 stages on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed to approach 1200 degrees + Vertically moving specific gravity substances aiming to increase the amount of accelerated power generation Two types of full-wing blade gravity solar turbines provided in 93 stages + Various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat absorbing material in a straight line + Increase the head with the heat-increasing sphere lifting device (2F) + Use the heat-increasing sphere-lifting device (2F) to save and use liquid tin containing alloy + Increase the width of the long lens Heating air 2 types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downwards + 94 stages + Inclining solar heater on the water surface Various energy storage cycle coalescing engine to rotate.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation in 95 stages + Solar heater on water surface Various energy conservation cycle coalescing engines that tilt and rotate above.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed and brought close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation are provided in 96 stages + solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation vertically downward are provided in 28 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of full-blade gravitational solar thermal turbines aiming to increase the amount of power generated by vertically accelerating the wind turbines are provided in 29 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards + 30 types of energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically, provided in 31 stages + various energy conservation cycle coalescing engines that tilt and rotate solar heaters on the water surface .

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines aiming to increase power generation by heating air by accelerating air with compressed air + 32 stages + Combined with various energy conservation cycles to rotate and rotate solar heater on water surface organ.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downwards were provided in 33 stages + Solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air to approach 1200 degrees + Accelerating heavier materials vertically downward and aiming to increase power generation Two types of vertical bladed solar gravity turbines provided in 34 stages + Solar heater Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines aiming at increased power generation by accelerating rolling contact with liquid tin containing an alloy vertically downward + Solar power Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 36 stages + sun Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed heated air to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase the amount of power generation Two vertical rotor blade gravity solar turbines provided in 37 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two kinds of vertical moving blade gravity solar heat turbines aiming to increase the amount of accelerated power generation are provided in 38 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines that aim to increase the power generation by accelerating the energy generation cycle are combined with various energy storage cycle engines that rotate the solar heater on the water surface at 39 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar turbines aiming at increasing power generation as an accelerated rolling contact vertically downward are provided in 40 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical moving blade gravity solar thermal turbines aiming to increase power generation by accelerating rolling contact vertically downward are provided in 41 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy A variety of energy storage cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines that aim to increase power generation by heating air with compressed air acceleration in 42 stages + rotating solar heaters incline on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it rises and saves it. + Increases the width of the long lens. Compresses the heated air to approach 1200 degrees. Various energy storage cycle coalescing engines that rotate two types of gravity solar turbines in 43 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses it + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Accelerates heavier material vertically downward to increase the power generation amount Various energy conservation cycle coalescence engine with two types of all-blade gravity solar heat turbines installed in 44 stages and rotating solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical all-blade gravity solar heat turbines aimed at 45 stages + solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines aiming at

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of energy storage cycle coalescence engine that inclines and rotates a solar heater on the water surface with two types of vertical-type full-blade gravity solar turbines aiming for increase in 47 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increase the lens width Heating air is compressed to approach 1200 degrees + Vertically moving blade gravity solar heat turbines aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar power heaters provided in 48 stages + Various energy storage cycle coalescing engines that rotate and rotate on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed gravitational solar heat turbines aiming to increase power generation by accelerating heavier materials vertically downward + 49 days + sunlight Various energy storage cycle coalescing engines that rotate and rotate the heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is accelerated vertically in the downward direction and two types of vertical rotor blade gravity solar turbines aiming at increased power generation are provided in 50 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downwards to provide two types of vertical rotor blade gravity solar turbines in 51 stages, aiming to increase power generation + Energy storage cycle coalescing engine that rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Liquid tin containing alloy is heated by compressed air acceleration to increase power generation amount Two types of full-rotor gravity gravity solar turbines in 52 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Increased lens width Heated air is compressed close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically below + 58 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 59 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters on the water surface provided in 60 stages.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescing engine that inclines and rotates the solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times gravity solar power seawater temperature rise 0 fuel cost 0 CO2 exhaust 0 power generation increase + heat retention increase ball riser (2F) rise and use liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface with the types provided in 62 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 63 stages. + Various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere raising device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + A heavier material Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that accelerates vertically downward to increase power generation are provided in 64 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface .

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with the tin vertically downwards are provided in 65 stages + Various energy conservation by rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Insulate and use liquid tin containing the alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air to 1200 degrees + Including high-temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward are provided in 66 stages + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating the air with compressed air acceleration of tin + provided in 67 stages + various types of solar heaters that are inclined and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 68 stages. + Various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Use and heat up the liquid tin containing the alloy in the warming-increasing sphere raising device (2F) + Compress the air of the long lens to increase the width of the heated lens and bring it closer to 1200 degrees + A heavier material Various energy storage cycle coalescence engines aiming at 1000 times power generation by providing two types of vertical all-blade gravity solar thermal turbines equipped with a thermal insulation device that accelerates vertically downward and has a heat retention device.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with the tin vertically downwards are provided in 70 stages + various energy storage by rotating a solar heater inclined on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collect in a straight line on the heat absorbing material + Insulate and use liquid tin containing the alloy in the heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air to 1200 degrees + Including high-temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward are provided in 71 stages + various energy to tilt and rotate solar heater on the water surface Conservation cycle coalescence organization.

A structure and method of accelerating liquid tin containing alloy vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. Collecting in a straight line on the heat absorbing material + Using and maintaining the temperature of the liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the air of the long lens to increase the width of the heated lens close to 1200 degrees + Liquid containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats the air by accelerating tin with compressed air acceleration to increase the amount of power generation are provided in 72 stages. Energy conservation cycle coalescence engine.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward A variety of energy conservation cycle coalescence engine, in which two types of full-blade gravity solar thermal turbines are provided in 73 stages and a solar heater is rotated on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical type moving blade gravity solar heat turbines provided are provided in 74 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device are provided in 75 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a target heat retaining device are provided in 76 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are installed in 77 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of full-rotor-gravity solar solar turbines in 78 stages and rotate the solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward A variety of energy conservation cycle coalescence engine, in which two types of full-blade gravity solar heat turbines are installed in 79 stages and a solar heater is rotated on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of full-rotor-gravity solar power turbines in 80 stages and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward A variety of energy conservation cycle coalescence engine with two types of full-rotor-gravity solar power turbines installed in 81 stages and rotating a solar heater inclined on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward A variety of energy conservation cycle coalescence engine, in which two types of full rotor blade gravity solar heat turbines are installed in 82 stages and + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical full-rotor blade gravity solar heat turbines provided in 83 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical full-rotor gravity gravity solar turbines equipped are provided in 84 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar heat turbines equipped are provided in 85 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engines that incline and rotate a solar heater with two types of vertical full-blade gravity solar thermal turbines equipped in 86 stages + on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical full-blade gravity solar thermal turbines equipped in 87 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 88 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines with two types of vertical-type full-blade gravity solar thermal turbines equipped with a heat retaining device provided in 89 stages and rotating solar heaters inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device are provided in 90 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engine that inclines and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device provided in 91 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with heat insulation devices in 92 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy conservation cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a target thermal insulation device are installed in 93 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device are provided in 94 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines that provide two types of vertical-type full-blade gravity solar thermal turbines equipped with a target thermal insulation device in 95 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a target heat retaining device are provided in 96 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines that have two types of vertical-type full-blade gravity solar turbines equipped with a thermal insulation device to be installed in 97 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines that provide two types of vertical-type full-blade gravity solar thermal turbines equipped with a thermal insulation device aiming at 98+ stages and rotate the solar heater on the water surface at an angle.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 99 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at the above are provided in 100 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 101 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 102 stages + various energy storage cycle coalescing engines that rotate and tilt solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 103 stages + Various energy conservation cycle coalescence engine that rotates solar heater on water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward to 104 stages A combined energy storage cycle engine that rotates the installed + solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device provided in 105 stages are provided in multiple stages, and + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward 106 energy-saving cycle coalescing engine that inclines and rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate 107 solar heaters on the water surface with 107 types of types.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar thermal turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 108 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 109 stages + Combined with various energy conservation cycles that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 110 stages + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin contained vertically downwards are provided in 111 stages + various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by accelerating compressed air with liquid tin + 112 stages + solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heating Various energy conservation cycle coalescing engines that rotate and tilt the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air and approached 1200 degrees + 114 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 115 types of two types of vertical bladed gravity solar thermal turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 116 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescing engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + 117 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by compressing air with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater on the water surface at an angle.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 118 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward 119 stages equipped with two types of vertical rotor blade gravity solar turbines equipped with a heat insulation device that accelerates the power generation and aims at increasing power generation + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 120 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of power generated by accelerating rolling contact vertically downwards + various energy conservation cycles in which solar heaters are tilted and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that heats the air with compressed air acceleration to increase the amount of power generation are provided in two stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy conservation cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines in three stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with 4 + stages of solar heaters and tilt and rotate them on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward Two types of vertical all-blade gravitational solar turbines equipped with a targeted heat retention device are provided in 5 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 6 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical all-blade gravity solar thermal turbines equipped with a heat retention device aiming for increase are provided in 7 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with heat retention devices aiming to increase the amount of accelerated power generation of specific critical substances vertically downward are provided in 8 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier substances vertically downward in 9 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate 10 solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is a combination of various energy storage cycle engines that incline and rotate a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate 12 types of solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 13 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 14 stages + various energy storage cycle coalescing solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 15 stages + various energy for tilting and rotating solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact with the liquid tin containing vertically + various types of rotating the solar heater on the surface of the water Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats air with compressed air acceleration to increase the amount of power generation and is provided with 17 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward 18 types of solar heating + solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air to approach 1200 degrees + 19 types of 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted with two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation in 20 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated vertically downward and contacted with two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation in 21 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 22 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase the amount of power generation by compressing the air of increased heating and bringing it closer to 1200 ° C. + liquid tin containing alloy is heated by compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 23 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation, provided in 24 stages + a combined energy storage cycle engine that inclines and rotates a solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 25 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 26 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation provided in 27 stages + Various energy conservation by rotating the solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 28 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engines that rotate two types of vertical-type full-rotor gravity gravity solar heat turbines equipped with a +29 solar heater and tilt and rotate the solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy storage cycle coalescence engines, in which two types of vertical all-blade gravity solar thermal turbines equipped with a targeted heat retaining device are provided in 30 stages, and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming for the above are provided in 31 stages + various energy storage cycle coalescing engines that rotate and tilt solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 32 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + 33 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increase the width of the lens Compress the heated air and bring it closer to 1200 ° C. + 34 types of 2 types of full-blade gravity solar solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating heavier substances vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engine that rotates + solar heaters installed in 35 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is an energy storage cycle coalescence engine that rotates a solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heater on the water surface with 37 types of + solar heaters.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 38 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the power vertically to increase power generation are provided in 39 stages + Combined with various energy conservation cycles to rotate and rotate a solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward + 40 types of various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically + 41 stages + various types of rotating solar heater on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by accelerating compressed air with compressed air + 42 solar heaters are tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 43 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + 44 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 45 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 46 stages of 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating the heated air and bringing it closer to 1200 degrees + liquid tin containing high-temperature alloy as a rolling contact in the vertical direction + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + 47 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 48 stages. + Various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 49 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 50 stages + various energy conservation cycle coalescing solar heaters inclined on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 51 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 52 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar turbines are installed in 53 stages and solar heaters are tilted and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravitational solar heat turbines equipped with 2 are provided in 54 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy storage cycle coalescence engines that rotate 55 types of vertical solar blade gravity solar heat turbines equipped with target heat retention devices in 55 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two energy saving cycle coalescing engines with two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above, and 56 solar power heaters inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 57 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically below + 58 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 59 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters on the water surface provided in 60 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescing engine that inclines and rotates the solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescence engines that rotate the solar heater on the water surface with the types provided in 62 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming to increase the amount of accelerated power generation vertically downward are provided in 63 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 64 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward are provided in 65 stages + various energy to tilt and rotate solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically + 66 stages + various types of rotating solar heater on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration and accelerates the amount of power generation are provided in 67 stages. + Solar power heater is tilted and rotated on the water surface. Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a thermal insulation device aiming to increase the amount of accelerated generation of specific critical substances vertically downwards were provided in 68 stages + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed incrementally heated air and approached 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier substances vertically downward were installed in 69 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically down to 70 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air to approach 1200 degrees + liquid tin containing high temperature alloy accelerated vertically in contact with the bottom of the vertical rotor blade gravity solar heat turbine equipped with two types of vertical rotor blade gravity solar heat turbines with 71 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 72 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by compressing the air of increased heating and bringing it closer to 1200 ° C + liquid tin containing alloy is heated by compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 73 stages + a combined energy storage cycle engine that rotates a solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 74 stages + a combined energy storage cycle engine that rotates a solar heater inclined on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 75 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 76 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are installed in 77 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 78 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with the above are provided in 79 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy storage cycle coalescence engine that rotates two types of vertical rotor blade gravity solar heat turbines equipped with target heat retention devices in 80 stages and rotates solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 81 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 82 stages, and solar heaters are inclined and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 83 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 84 types of 2 types of full-blade gravity solar solar turbines equipped with a heat retention device that accelerates heavier materials vertically downward to increase power generation A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engines that rotate the + solar heaters installed on the 85th grade on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is an energy storage cycle coalescence engine that rotates the solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy conservation cycle coalescing engines that rotate 87 types of solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 88 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the power vertically to increase the amount of power generation are provided in 89 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downward + 90 kinds of various energy to tilt and rotate solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically + 91 stages + various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats air with compressed air acceleration to increase the amount of power generation are provided in 92 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a thermal insulation device aiming to increase the amount of accelerated generation of specific critical substances vertically downwards are provided in 93 stages + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + 94 types of two vertical all-blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 95 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 96 stages of two types of full-scale blade gravity solar thermal turbines equipped with a heat retaining device that aims to increase the amount of power generation by compressing the air of increased heating and bringing it closer to 1200 degrees + liquid tin containing high-temperature alloy as an accelerated rolling contact vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + 97 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 98 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the power generation and aims at increasing power generation are provided in 99 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball raising device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 100 stages + various energy conservation cycle coalesced solar solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 101 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar thermal turbines equipped with a thermal insulation device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 102 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engine with two types of vertical full-blade gravity solar heat turbines installed in 103 stages and rotating a solar heater inclined on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravitational solar heat turbines equipped with 2 are installed in 104 stages and a solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical all-blade gravitational solar heat turbines equipped with a target thermal insulation device are provided in 105 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy as it is stored and stored + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Increases the amount of power generated by the liquid tin containing the high temperature alloy as an accelerated rolling contact vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are installed in 106 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical all-blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 107 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens and bringing it closer to 1200 degrees + 108 types of 2 types of full-sized bladed gravitational solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 109 types of 2 types of vertical bladed solar gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate the + solar heaters installed on the 110th stage on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy conservation cycle coalescence engines that rotate 112 types of solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 113 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 114 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 115 stages + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact with vertically containing liquid tin + 116 stages + various types of rotating solar heater on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats air with compressed air acceleration to increase the amount of power generation are provided in 117 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increase-heated air to approach 1200 degrees + 119 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that accelerates heavier materials vertically downward to increase power generation + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + 120 types of two types of vertical bladed gravitational solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation in one stage + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 2 types of vertical turbine blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by compressing the heated air and bringing it closer to 1200 degrees + liquid tin containing alloy is heated by compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in three stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward 4 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the power generation and aims at increasing power generation in 4 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 5 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that aims to increase the amount of power generation by accelerating rolling contact vertically downwards are provided in 6 stages + various energy storage cycles that rotate and rotate solar heaters on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 7 stages + Various energy conservation by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar turbines in eight stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines equipped with a 9-stage + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a target heat retaining device are provided in 10 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 11 stages + various energy storage cycle coalescing engines that rotate and tilt solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retention device aiming for increase are provided in 12 stages + a solar heater is inclined and rotated on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with heat retention devices aiming to increase the amount of accelerated generation of specific critical substances vertically downward are provided in 13 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Heavier material is accelerated vertically downward to increase power generation Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device are provided in 14 stages Various energy conservation cycle coalescence engines aiming for 1000 times the amount of power generation.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters on the water surface in 15 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is a 16-stage + various energy storage cycle coalescing engine that rotates and rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy conservation cycle coalescing engines that rotate the solar heater on the water surface with 17 types of stages.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + 18 types of two types of full-scale blade gravity solar thermal turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + 19 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates heavier materials vertically downward to increase power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward The energy storage cycle coalescing engine that inclines and rotates the solar heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Long-lens width increasing compression of compressed air close to 1200 ° C + vertical moving blade gravity solar heat turbine 2 equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Various energy conservation cycle coalescence engines that rotate the solar heater on the water surface with 21 types of + solar heaters.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + A long-type full-blade gravity solar thermal turbine equipped with a heat retention device that aims to increase the amount of power generation by compressing air heated by increasing the width of the long lens and bringing it closer to 1200 ° C. Two types of energy conservation cycle coalescing engine with 22 types of + solar heaters that rotate and tilt on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a thermal insulation device aiming to increase the amount of accelerated power generation in the vertically downward direction with specific critical substances provided in 23 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + 24 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates the heavier material vertically downward to increase power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Is a 25-stage + solar energy heater combined with various energy storage cycle that tilts and rotates on the surface of the water.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + Long-lens width increasing compression of compressed air close to 1200 ° C + vertical moving blade gravity solar heat turbine 2 equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Various energy conservation cycle coalescence engines that rotate the + solar heater on the water surface with 26 types of types.

Structure and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + + Using liquid tin containing alloy ascending and storing with heat-increasing sphere raising device (2F) + A long-type full-blade gravity solar thermal turbine equipped with a heat retention device that aims to increase the amount of power generation by compressing air heated by increasing the width of the long lens and bringing it closer to 1200 ° C. Two types of energy conservation cycle coalescence engine with 27 types of + solar heaters that tilt and rotate on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-rotor-gravity solar power turbines installed in 28 stages and rotating a solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines with two types of vertical full blade gravity solar heat turbines equipped in 29 stages + rotating solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with a heat retaining device in 30 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward Various energy storage cycle coalescence engines that rotate 2 types of vertical solar blade gravity solar heat turbines equipped with target heat retention devices in 31 stages + solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, which are equipped with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at 32 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine that tilts and rotates a solar heater with two types of full-blade gravity solar thermal turbines in 33 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-blade gravity solar heat turbines installed in 34 stages and rotating a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-blade gravity solar thermal turbines installed in 35 stages and rotating a solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-blade gravity solar thermal turbines installed in 36 stages and rotating the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of full-rotor blade gravity solar turbines in 37 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical rotor blade gravity solar turbines equipped in 38 stages + rotating solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical full-blade gravity solar heat turbines equipped in 39 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines with two types of vertical full-rotor gravity gravity solar heat turbines equipped in 40 stages + rotating solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, which are provided with 41 types of vertical solar blade gravity solar heat turbines equipped in 41 stages and rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engine that tilts and rotates a solar heater with 42 types of vertical type moving blade gravity solar heat turbines equipped in 42 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 43 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engine that inclines and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device provided in 44 stages.

A structure and method for accelerating liquid tin containing an alloy vertically downward by providing gravity solar power generation turbines having a turbine blade cross section (4X) of 2 to 26 times in a multi-stage + a storage battery-powered various ship priming + a warming and increasing ball raising device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device provided in 45 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device are provided in 46 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Two types of vertical bladed solar gravity turbines equipped with a heat retaining device provided in 47 stages + various energy storage cycle coalescing engines that tilt and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engine that inclines and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines equipped with a target thermal insulation device provided in 48 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 49 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 50 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward Combined engine with various energy storage cycles, which is provided with two types of vertical rotor blade gravity solar heat turbines equipped with target heat retention devices and 51 stages + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 52 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 53 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two energy saving cycle coalescing engines, which are provided with 54 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at + and rotating the solar heater on the water surface at an inclination.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above are installed in 55 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two energy saving cycle coalescing engines with two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above, and 56 solar power heaters inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two energy saving cycle coalescing engines with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, and 57 solar power heaters tilted and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Two types of solar heat turbines are installed in 58 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines, in which two types of solar turbines are installed in 59 stages, and + solar heaters are tilted and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines, in which two types of solar turbines are provided in 60 stages, and a solar heater is rotated at an angle on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 61 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 62 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 63 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressed increased heating air and approached 1200 degrees + 64 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing increased heating air to approach 1200 degrees + liquid tin containing alloy is accelerated vertically in contact with the bottom of the vertical rotor blade gravity solar heat turbine equipped with a heat retaining device aiming to increase power generation in 65 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing increased heating air and bringing it closer to 1200 degrees + 66 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + The temperature rises as much as possible with the heat retaining and increasing ball lifting device (2F) + The liquid tin containing the alloy is stored and lifted with the heat retaining and increasing ball lifting device (2F) + The width of the long lens Compressing increased heating air and bringing it close to 1200 ° C + 67 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 68 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the power source vertically to increase the amount of power generation are provided in 69 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 70 stages + various energy to tilt and rotate solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation by accelerating rolling contact with liquid tin containing vertically + 71 stages + various types of solar heater tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by accelerating compressed air with liquid tin + Inclined rotation of a solar heater on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 73 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + 74 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier substances vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it close to 1200 degrees + 75 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 76 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air to approach 1200 degrees + 77 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase the amount of power generated by heating the air with liquid tin containing alloy and accelerating the compressed air A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 78 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 79 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 80 stages + various energy conservation cycle coalescing solar heaters inclined on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 81 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar thermal turbines equipped with a thermal insulation device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 82 stages + various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines are installed in 83 stages and a solar heater is rotated on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines in which two types of vertical rotor blade gravitational solar heat turbines equipped with two are provided in 84 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that provide two types of vertical-type full-blade gravity solar turbines equipped with a heat insulation device to aim at 85 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are installed in 86 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increase are provided in 87 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air compressed to approach 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical materials vertically downwards were provided in 88 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 89 types of 2 types of full-bladed full-gravity gravity solar thermal turbines equipped with a heat retention device that accelerates heavier materials vertically downward to increase power generation A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate the + solar heaters installed on the 90th stage on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is an energy storage cycle coalescence engine that tilts and rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescence engines that rotate the solar heater on the water surface with the types provided in 92 stages.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing gravitational solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in a multi-stage + Factory electrification prime-up + Insulating ball increase device (2F ) Liquid tin containing an alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + All the vertical type equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward Various energy storage cycle coalescence engine that rotates two types of rotor blade gravity solar turbines in 93 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing gravitational solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in a multi-stage + Factory electrification prime-up + Insulating ball increase device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air to approach 1200 degrees + Include a heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are installed in 94 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing gravitational solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in a multi-stage + Factory electrification prime-up + Insulating ball increase device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Thermal insulation device aiming at increasing power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravitational solar heat turbines equipped with two are provided in 95 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing gravitational solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in a multi-stage + Factory electrification prime-up + Insulating ball increase device (2F ) Liquid tin containing alloy is used for storage + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Keep the liquid tin containing the high temperature alloy in a vertically downward contact for accelerated power generation to increase the amount of power generation Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with devices are provided in 96 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by installing gravitational solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in a multi-stage + Factory electrification prime-up + Insulating ball increase device (2F ) Liquid tin containing alloy is used for ascending storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Heat the air with the liquid tin containing alloy by compressing air acceleration and aim to increase power generation Combined various energy conservation cycle coalescence engines, which are equipped with 97 types of vertical all-blade gravitational solar turbines equipped with a thermal insulation device, and + solar heaters are inclined and rotated on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compress the increased heating air and bring it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + provided in 99 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing an alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation in 100 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation are 101 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 102 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by heating liquid air containing alloy with compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 103 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generated and provided in 104 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 105 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of power generation by accelerating rolling contact vertically downward are provided in 106 stages + various energy storage cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a thermal insulation device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 107 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 108 stages and rotate solar heaters on the surface of water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravitational solar turbines equipped with the above are provided in 109 stages, and + solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward Two types of vertical rotor blade gravity solar turbines equipped with target heat retention devices are provided in 110 stages + various energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 111 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy storage cycle engines that have two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase and 112 stages of solar heating heaters that rotate and tilt on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation of specific critical substances vertically downward + 113 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 114 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the + solar heater at 115 levels on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescing engine that rotates the solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy storage cycle coalescing engines that rotate 117 types of solar heaters on the water surface with 117 types.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming to increase the amount of accelerated power generation vertically below are provided in 118 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the power generation amount are provided in 119 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact vertically downward with liquid tin provided in 120 stages + various energy to tilt and rotate solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical-type full-blade gravity solar thermal turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with the liquid tin contained vertically + one stage + various types of rotating solar heaters inclined on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by heating air by accelerating compressed air with liquid air + Inclined rotation of a solar heater on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravitational solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Two types of solar heating turbines + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that accelerates heavier materials vertically downward and aims to increase power generation in four stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 ° C. Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing an alloy vertically downward in five stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + liquid tin containing high-temperature alloy in a vertically downward contact with two rolling vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation in six stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + 7 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 8 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the power generation and aims at increasing power generation are provided in 9 stages + a combined energy storage cycle engine that inclines and rotates a solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 10 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 11 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 12 stages + Various energy storage by tilting and rotating the solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate two types of vertical type moving blade gravity solar heat turbines in 13 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar heat turbines equipped with 14 in 14 stages + solar heaters incline and rotate on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of vertical type moving blade gravity solar turbines equipped with a target heat retention device in 15 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical all-blade gravity solar turbines equipped with a heat retention device aiming for the above are provided in 16 stages, and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 17 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with heat retention devices aiming to increase the amount of accelerated generation of specific critical substances vertically downward are provided in 18 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 19 types of 2 types of full-blade gravity solar solar turbines equipped with a heat retention device that aims to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate the + solar heaters installed on the 20th stage on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescence engine that rotates the + solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate 22 types of solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 23 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 24 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downward + various energy to tilt and rotate solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two kinds of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin contained vertically and provided in 26 stages + various types of solar solar heater tilted on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation and are provided in 27 stages + a solar heater is rotated on the surface of the water Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and approaching 1200 degrees + Vertically moving blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 28 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + 29 types of 2 types of all-bladed full-blade gravity solar turbines equipped with a heat retention device that accelerates heavier materials vertically downward to increase power generation + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing alloy is accelerated vertically in contact with the bottom, and two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation in 30 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + liquid tin containing high-temperature alloy in a vertically downward contact with the vertical rolling blades and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation 31 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 32 types of vertical full-blade gravity solar heat turbines equipped with a heat retaining device that aims to increase the amount of power generation by compressing the heated air and bringing it closer to 1200 ° C + liquid tin containing alloy to heat the air with compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation provided in 33 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Is driven vertically to drive the thermal insulation mass turbine and thermal insulation calorie turbine + two types of full-wing blade gravity solar thermal turbines equipped with a thermal insulation device that tilts and rotates the solar thermal suspension suspension bridge on land + 34 stages + Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 35 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 36 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to increase power generation are provided in 37 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy storage cycle coalescing engines that rotate 38 types of vertical type rotor blade gravity solar turbines in 38 multi-stage + solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar heat turbines equipped with a 39-stage solar light heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a targeted heat retaining device are provided in 40 stages, and solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at the above are provided in 41 stages, and solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two energy saving cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines equipped with a heat retention device aiming for increase in 42 stages and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed close to 1200 ° C. Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward are provided in 43 stages. Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 44 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed in 45 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is a 46-stage + solar energy heater that combines and rotates various energy conservation cycles on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescence engines that rotate the + solar heater on the water surface with 47 types of types.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances This is an energy storage cycle coalescing engine in which two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically are provided in 48 stages, and a solar heater is inclined and rotated on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material 49 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the wind vertically downward to increase the amount of power generation + Combined with various energy storage cycles that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact vertically downward with liquid tin + 50 stages + various energy to tilt and rotate solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with the liquid tin contained vertically + 51 stages + various types of rotating solar heater on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by accelerating compressed air with liquid tin + 52 solar heaters are tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 53 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + 54 types of vertical all-blade gravitational solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 55 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 56 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 57 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration using liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of full-scale blade gravity solar thermal turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 58 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 59 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 60 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 61 stages + various energy conservation cycles in which solar heaters are tilted and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 62 stages + Various types of energy storage that inclines and rotates a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines in 63 stages and rotate a solar heater on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engine which rotates two types of vertical type rotor blade gravity solar heat turbines equipped with 64 + stages of solar heaters on a water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines that have two types of vertical rotor blade gravity solar heat turbines equipped with a target heat retaining device and 65 solar power heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, which are equipped with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, and are provided with 66 stages + a solar heater inclined on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical all-blade gravitational solar heat turbines equipped with a heat retention device aiming for increase are provided in 67 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + 68 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier substances vertically downward to 69 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed on 70 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescence engine that rotates the + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy conservation cycle coalescence engine that rotates the solar heater on the surface of the water, which is provided in 72 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 73 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 74 stages + Combined with various energy conservation cycles to rotate and rotate a solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increasing power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 75 stages + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with the liquid tin contained vertically are provided in 76 stages. Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device that heats air by accelerating compressed air with compressed air acceleration and aiming to increase power generation are provided in 77 stages. + A solar heater is tilted and rotated on the water surface. Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compress the increased heating air and bring it closer to 1200 ° C. + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + 79 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation in 80 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 81 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 82 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 83 stages. + Various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generated and provided in 84 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 85 stages + various energy conservation cycle coalescing solar heaters inclined on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 86 stages + various energy conservation cycles in which solar heaters are tilted and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 87 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 88 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with a +89 solar heater and tilt and rotate on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical all-blade gravity solar thermal turbines equipped with a target thermal insulation device are provided in 90 stages, and solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two energy saving cycle coalescing engines with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, and a solar heater heated and inclined on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 92 stages and a solar heater is inclined and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + 93 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward to 94 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Combined engine of various energy storage cycles that inclines and rotates solar heaters installed in 95 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward A 96-stage + solar energy heater that combines and rotates various energy storage cycles on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy storage cycle coalescing engines that rotate 97 solar heaters on the water surface, with 97 types.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 98 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 99 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards + various energy for tilting and rotating solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with the liquid tin contained vertically + provided in 101 stages + various types of rotating solar heaters inclined on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats liquid tin with compressed air acceleration to increase the amount of power generation are provided in 102 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a thermal insulation device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 103 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + 104 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates heavier substances vertically downward and aims to increase power generation + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + 105 types of two types of vertical blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 106 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 107 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 108 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that accelerates the power generation and aims at an increase in power generation are provided in 109 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 110 stages + various energy conservation cycle coalesced solar solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 111 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration and aims to increase power generation are provided in 112 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 113 stages and a solar heater is rotated on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with the above are provided in 114 stages, + a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward Two types of vertical all-blade gravity solar turbines equipped with a target heat retention device are provided in 115 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engines that have two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, and are provided with 116 stages + a solar heater inclined on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A variety of energy storage cycle coalescence engines that have two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase, and are equipped with 117 stages + a solar heater that tilts and rotates on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with heat retention devices aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 118 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 119 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that incline and rotate solar heaters on 120 levels.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward A combined energy storage cycle engine that rotates a solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy conservation cycle coalescing engines that rotate solar solar heaters on the water surface with two types of stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in three stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in four stages + Combined with various energy conservation cycles to rotate and rotate a solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downward + various energy to tilt and rotate solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of power generation by accelerating rolling contact with liquid tin containing vertically + various types of rotating a solar heater on the surface of the water Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats the air with compressed air acceleration to accelerate the amount of power generation are provided in 7 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical materials vertically downwards + 8 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed incrementally heated air to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that accelerates heavier substances vertically downward to increase power generation were installed in 9 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it closer to 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation in 10 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air to approach 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation are 11 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 12 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 13 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates to increase the amount of power generated and provided in 14 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 15 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat insulation device that aims to increase the amount of power generation by accelerating rolling contact vertically downward are provided in 16 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 17 stages + Various types of energy storage that inclines and rotates a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar turbines in 18 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with a 19-stage + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a target heat retaining device are provided in 20 stages, + a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 21 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy storage cycle engines, which are equipped with two types of vertical all-blade gravity solar thermal turbines equipped with a heat retention device aiming for increase in 22 stages + a solar heater inclined on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downwards are provided in 23 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 24 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters on the water surface in 25 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescence engine that rotates the solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy conservation cycle coalescing engines that rotate the solar heater on the water surface with 27 types of + solar power heaters.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward 2 types of vertical type moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation provided in 28 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device that accelerates to increase the amount of power generation, provided in 29 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 30 stages + various energy conservation cycle coalescing solar heaters inclined on the water surface organ.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 31 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase power generation are provided in 32 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation provided in 33 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing ball rising device (2F) Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates to increase the amount of power generation and provided in 34 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 35 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 36 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to increase power generation are provided in 37 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-rotor-gravity solar power turbines installed in 38 stages and rotating a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with a heat retaining device in 40 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a target heat retaining device are provided in 41 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 42 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Various energy conservation cycle coalescing engines, in which two types of full-rotor blade gravity solar heat turbines are provided in 43 stages and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Various energy storage cycle coalescing engines that rotate two types of full-rotor-gravity solar power turbines in 44 stages and rotate solar heaters on the surface of water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of type full-rotor gravity gravity solar turbines in 45 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-blade gravity solar thermal turbines installed in 46 stages and rotating the solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of full-rotor-gravity solar solar turbines in 47 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped in 48 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines, in which two types of vertical full blade gravity solar heat turbines equipped are provided in 49 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines that have two types of vertical rotor blade gravity solar heat turbines equipped in 50 stages + rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical full-rotor gravity gravity solar turbines equipped are provided in 51 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical full-blade gravity solar heat turbines equipped in 52 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 53 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 54 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 55 stages + a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 56 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Combined various energy storage cycle engines that incline and rotate a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines equipped with heat insulation devices provided in 57 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescing engines, in which two types of vertical all-blade gravity solar heat turbines equipped with a target heat retaining device are provided in 58 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engine that rotates two types of vertical type rotor blade gravity solar heat turbines equipped with target heat retention devices in 59 stages and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a target heat retaining device are provided in 60 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a target thermal insulation device are provided in 61 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward Two energy saving cycle coalescing engines that have two types of vertical rotor blade gravity solar heat turbines equipped with a target thermal insulation device, and are provided with 62 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above are provided in 63 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at the above are provided in 64 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 65 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, which are equipped with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, and are provided with 66 stages + a solar heater inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 67 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 68 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 69 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 70 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 71 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 72 stages and rotate the solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward with a specific critical material +73 degrees + solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of power generation by accelerating heavier materials vertically downward + 74 stages + solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating and rolling liquid tin containing an alloy vertically downward in contact with the liquid tin close to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed to +1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation are provided in 76 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration and heats the air with compressed air acceleration are provided in 77 stages. + Various energy storage cycle coalescing engines that rotate solar heaters on water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 78 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates vertically downward to increase the amount of power generation are provided in 79 stages + Combined with various energy conservation cycles to rotate and rotate a solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact vertically downward with liquid tin provided in 80 stages + various energy to tilt and rotate solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical full-blade gravitational solar turbines equipped with a heat retention device aiming at increasing power generation by accelerating rolling contact with liquid tin contained vertically are provided in 81 stages, and various types of solar solar heaters are tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to accelerate power generation and provide heat generation are provided in 82 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 83 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + 84 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 85 types of two vertical full-blade gravity solar thermal turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 86 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 87 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are installed in 88 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation and provided in 89 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical moving blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 90 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 91 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are installed in 92 stages + various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater with 93 types of vertical type full-blade gravity solar heat turbines in 93 stages.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar heat turbines equipped with

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines that provide two types of vertical-type full-blade gravity solar thermal turbines equipped with a target thermal insulation device in 95 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above are provided in 96 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase are provided in 97 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens and bringing it closer to 1200 degrees + Two types of vertical bladed solar gravity turbines equipped with a heat retaining device aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + 98 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 99 types of 2 types of all-bladed full-blade gravity solar turbines equipped with a heat retention device that accelerates heavier materials vertically downward to increase power generation A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engine that rotates + solar heaters installed in 100 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heater on the water surface with 102 types of solar power heaters.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 103 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the power vertically to increase the amount of power generation are provided in 104 stages + Combined with various energy conservation cycles that rotate and rotate a solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 105 types of energy to tilt and rotate solar heaters on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with vertically containing liquid tin are provided in 106 stages, and various types of solar solar heaters are tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats liquid tin by accelerating compressed air to increase the amount of power generation are provided in 107 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 108 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air to approach 1200 degrees + 109 types of two vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 110 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 111 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 112 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by compressing air with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 113 stages. + Various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation and provided in 114 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 115 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two kinds of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 116 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 117 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy storage cycle coalescing engines that rotate two types of vertical blade gravity solar turbines in 118 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with 119-stage + solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with target heat retention devices in 120 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in one stage + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two energy saving cycle coalescing engines with two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase, and two solar heaters tilted and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with heat retention devices aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward in 4 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that incline and rotate + solar heaters installed in 5 stages.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward A 6-stage + solar energy heater that combines and rotates various energy storage cycles on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy conservation cycle coalescence engines that rotate 7 types of solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming to increase the amount of accelerated power generation vertically downward are provided in 8 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 9 stages + Combined with various energy conservation cycles to rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downward + various energy to tilt and rotate solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing vertically + 11 types of solar power heaters are tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats air by accelerating compressed tin air to increase the amount of power generated are provided in 12 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + 14 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing alloy is accelerated and contacted vertically downwards, and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation in 15 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + liquid tin containing high-temperature alloy vertically accelerated in contact with the bottom of the vertical rotor blade gravity solar heat turbine equipped with a heat retention device aiming to increase power generation 16 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 17 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by heating air with compressed air acceleration of liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 18 stages + various energy storage cycle coalescence engines that rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates to increase the amount of power generated and provided in 19 stages + a combined energy storage cycle engine that rotates a solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 20 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 21 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that heats air with compressed air acceleration to increase the amount of power generation are provided in 22 stages + various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 23 stages and a solar heater is rotated on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar heat turbines equipped with a +24 solar heater and tilt and rotate on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a target thermal insulation device are provided in 25 stages + a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two energy saving cycle coalescing engines, which are equipped with two types of vertical rotor blade gravity solar turbines equipped with a heat insulation device aiming at the +26 stages and rotate the solar heater on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming for increase are provided in 27 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation of specific critical substances vertically downward + 28 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 29 types of 2 types of full-sized bladed gravitational solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate and rotate + solar heaters provided in 30 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heaters on the surface of the water with the types provided in 32 stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 33 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the power vertically to increase the amount of power generation are provided in 34 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 35 stages + various energy for tilting and rotating solar heaters on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact with the liquid tin containing vertically + 36 types of solar heaters that are inclined and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats liquid tin with compressed air acceleration to increase the amount of power generation are provided in 37 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation in the vertically downward direction for specific critical substances + 38 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + 39 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aimed to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and approaching 1200 degrees + Liquid tin containing alloy is accelerated vertically downward and contacted by two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation in 40 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 41 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 42 types of full-scale blade gravity solar thermal turbines equipped with a heat retaining device that aims to increase the amount of power generation by compressing the heated air and bringing it closer to 1200 degrees + heating the air with liquid tin containing alloy and accelerating the compressed air A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation provided in 43 stages + various energy storage cycle coalescing engines that tilt and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 44 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation as an accelerating rolling contact vertically below are provided in 45 stages + various energy conservation cycle combining solar heaters inclined on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact vertically downward are provided in 46 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 47 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar turbines in 48 stages and rotate the solar heater on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with a 49-stage + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 50 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 51 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power A combination of various energy storage cycle engines that provide two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device aiming for increase in 52 stages and rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 53 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward to 54 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed in 55 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward The energy storage cycle coalescing engine that rotates the + solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescence engines that rotate the solar heaters on the surface of the water with 57 types in + stages.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 58 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 59 stages + Combined with various energy conservation cycles that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 60 stages + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact with the liquid tin contained vertically + 61 stages + various types of solar heaters tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration of liquid tin + 62 solar solar heaters are tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 63 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + 64 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air to approach 1200 degrees + liquid tin containing alloy is accelerated vertically in contact with the bottom of the vertical rotor blade gravity solar heat turbine equipped with a heat retaining device aiming to increase power generation in 65 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 66 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + 67 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air with compressed air acceleration with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 68 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that accelerates to increase the amount of power generated and provided in 69 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically downward are provided in 70 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 71 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 72 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate two types of vertical type moving blade gravity solar turbines in 73 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar heat turbines equipped with a +74 solar heater and tilt and rotate on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines, which are equipped with two types of vertical rotor blade gravity solar turbines equipped with a heat insulation device to be aimed at and +75 solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, which are equipped with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at the above, and are provided with a 76-stage + solar heater inclined on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two energy saving cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device aiming for increase in 77 stages and rotate solar heaters incline on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation of specific critical substances vertically downward are provided in 78 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + 79 types of 2 types of full-rotor gravity solar thermal turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed in 80 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy storage cycle coalescing engines that rotate the solar heater on the water surface with the +82 types of solar power.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 83 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a thermal insulation device that accelerates the power vertically to increase the amount of power generation are provided in 84 stages. + Combined with various energy conservation cycles to rotate and rotate solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 85 stages + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin contained vertically and provided in 86 stages + various types of rotating solar heaters inclined on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that heats air by accelerating compressed air and accelerating the amount of power generated are provided in 87 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar thermal turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 88 types of solar heating + solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heat air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by vertically accelerating heavier materials + 89 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 90 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 91 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 92 types of vertical full-blade gravity solar turbines equipped with a heat retaining device that aims to increase the amount of power generation by compressing the heated air and bringing it closer to 1200 degrees + liquid tin containing alloy is heated by compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 93 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that accelerates the power generation and aims at increasing power generation are provided in 94 stages.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation as an accelerated rolling contact vertically below are provided in 95 stages + various energy conservation cycle coalescing solar heaters to tilt and rotate on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact vertically downward are provided in 96 stages + various energy storage cycles that incline and rotate solar heaters on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that heats the air with compressed air acceleration to increase the amount of power generation are installed in 97 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar thermal turbines are installed in 98 stages, and solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with a 99-stage + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a target heat retaining device are provided in 100 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 101 stages and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase are provided in 102 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heated air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 103 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward to 104 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Combined engine of various energy storage cycles that inclines and rotates a solar heater provided on 105 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward 106 energy-saving cycle coalescence engine that inclines and rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heater on the water surface with 107 types of + solar heaters.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the air of increased heating and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + Solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air and approached 1200 degrees + 114 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 115 types of two types of vertical bladed gravity solar thermal turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 116 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 ° C + 117 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by compressing air with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of vertical bladed solar gravity turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 38 stages + a combined energy storage cycle engine that rotates a solar heater on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material is vertically below Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates to increase the amount of power generated and provided in 39 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 40 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation by accelerating rolling contact vertically downward are provided in 41 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 42 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation provided in 43 stages + various energy storage cycle coalescing engines that tilt and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material is vertically below Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 44 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation as an accelerating rolling contact vertically below are provided in 45 stages + various energy conservation cycle combining solar heaters inclined on the water surface organ.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact vertically downward are provided in 46 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 47 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine that tilts and rotates a solar heater with 48 types of all-type rotary blade gravity solar thermal turbines in 48 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retention device are provided in 50 stages and a solar heater is rotated at an angle on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming for the above are provided in 52 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward This is a combined energy storage cycle engine with two types of full-rotor-gravity solar power turbines arranged in 53 stages and rotating the solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of full-rotor blade gravity solar heat turbines in 54 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles, in which two types of full-blade gravity solar heat turbines are provided in 55 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy conservation cycles that rotate two types of type full rotor blade gravity solar turbines in 56 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate 2 types of full-type blade gravity solar heat turbines in 57 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines, which are equipped with two types of vertical full-blade gravity solar thermal turbines equipped in 58 stages and rotate a solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped in 59 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical full-rotor gravity gravity solar turbines provided are provided in 60 stages, and + solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines that rotate 2 types of vertical type rotor blade gravity solar heat turbines provided in 61 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical type full-blade gravity solar heat turbines equipped in 62 stages + a solar heater inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device in 63 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device are provided in 64 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device are provided in 65 stages + a combined energy storage cycle engine that rotates a solar heater inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 66 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 67 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a target thermal insulation device are provided in 68 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with a target heat retaining device in 69 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 70 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engine that rotates two types of vertical rotor blade gravity solar heat turbines equipped with target heat retention devices in 71 stages and rotates a solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward Combined engine with various energy storage cycles, with two types of vertical rotor blade gravity solar heat turbines equipped with target thermal insulation devices provided in 72 stages and rotating solar heaters inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are installed in 73 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two energy saving cycle coalescing engines with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, provided in 74 stages and rotating the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 75 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A combination of various energy storage cycle engines, which are equipped with two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at the above, and are provided with a 76-stage + solar heater inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Two types of solar heat turbines are installed in 78 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines, in which two types of solar turbines are installed in 79 stages and a solar heater is rotated at an angle on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 80 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 81 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 82 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming to increase the amount of accelerated power generation vertically downward with a specific critical material + 83 degrees + solar heater on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downwards + 84 stages + solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating and rolling liquid tin containing an alloy vertically downward in contact with the vertical + 1200 degrees + solar Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) +2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing a high temperature alloy vertically downward, and provided in 86 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating liquid air with compressed air acceleration and bringing liquid tin containing alloy close to 1200 degrees were provided in 87 stages + Various energy storage cycle coalescing engines that rotate solar heaters on water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 14 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 18 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 19 stages + various energy conservation cycle combinations that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards + 20 types of energy to tilt and rotate a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact with liquid tin containing vertically + various types of rotating solar heaters on the surface of the water Energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 23 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by vertically accelerating heavier materials + 24 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + liquid tin containing alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation are 25 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + liquid tin containing high-temperature alloy in a vertically downward contact with two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 27 types of full-scale blade gravity solar heat turbines equipped with a heat retaining device that aims to increase power generation by heating air with compressed air acceleration using liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward 2 types of vertical type moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation provided in 28 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device that accelerates to increase the amount of power generation, provided in 29 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 30 stages + various energy conservation cycle coalescing solar heaters inclined on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 31 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase power generation are provided in 32 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar turbines are provided in 33 stages, and a solar heater is inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar heat turbines equipped with a 34-stage + solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with a target heat retaining device in 35 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 36 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming for increase are provided in 37 stages + various energy storage cycle coalescence engines that rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Heating air is compressed to approach 1200 degrees + Two types of vertical blade dynamic solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 38 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air to approach 1200 degrees + 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that accelerates heavier materials vertically downward to increase power generation in 39 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed in 40 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is a 41-stage + solar energy heater that combines and rotates various energy conservation cycles on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heater on the water surface with 42 types of + solar heaters.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 43 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material 44 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation + 44 types of energy storage cycles combined with a solar heater inclined on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downward + 45 types of various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloy vertically downward by providing gravity solar power turbines with 46 to 2 to 26 times the turbine blade cross section (4X) + making use of heat and cold + sun with a long lens Collecting light in a straight line on a heat absorbing material + Insulating and using liquid tin containing an alloy in a heat-increasing sphere raising device (2F) + Compressing air for increasing the width of a long lens and bringing it closer to 1200 degrees + High temperature alloy Various energy conservation cycle coalescence engines that drive the thermal insulation mass turbine and thermal insulation heat turbine of the power generation using liquid tin containing swiftly as the vertical rolling contact, and rotate and tilt the solar thermal suspension suspension bridge on land.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation, and are provided in 47 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downwards + 48 types of solar heating + solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + 49 types of 2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of power generation by accelerating heavier materials vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 50 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Liquid tin containing high-temperature alloy is accelerated and contacted vertically downward, and two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation are 51 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width 52 types of vertical full-blade gravity solar turbines equipped with a heat retaining device that aims to increase the amount of power generation by compressing the air of increased heating and bringing it closer to 1200 ° C + liquid tin containing alloy to heat the air with compressed air acceleration A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 53 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the power generation to increase power generation are provided in 54 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 55 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that aims to increase the amount of power generation by accelerating rolling contact vertically downwards are provided in 56 stages + various energy conservation cycles that rotate and rotate solar heaters on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 57 stages + Various energy conservation by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engines that rotate two types of vertical type rotor blade gravity solar turbines in 58 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy conservation cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with a 59-stage solar light heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a target heat retaining device are provided in 60 stages, and solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 61 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming for increase are provided in 62 stages + various energy storage cycle coalescing engines that rotate solar heaters on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 63 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of full-scale blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward to 64 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A combined energy storage cycle engine that rotates the + solar heater provided on the 65th stage on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compressed heating air approaches 1200 ° C + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward Is an energy storage cycle coalescing engine that tilts and rotates a solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heater on the water surface with 67 types of + solar power heaters.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically below are provided in 93 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 94 stages + various energy storage cycle coalescing solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downwards are provided in 95 stages + various energy for tilting and rotating solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that heats air with compressed air acceleration to increase the amount of power generation and provide a 97-stage + solar power heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 A variety of energy storage cycle coalescing engines that rotate 117 solar heaters on the water surface, with 117 types.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate the solar heater on the water surface with 22 types of + solar heaters.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates to increase the amount of power generation and provided in 34 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescence engine that rotates two types of vertical-type full-blade gravity solar turbines in 38 stages and rotates a solar heater inclined on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar heat turbines equipped with a 39-stage + solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy conservation cycle coalescence engines that rotate the + solar heater on the water surface with 47 kinds of types.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 48 stages. + Various energy storage cycle coalescing engines that rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material vertically Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates to increase the amount of power generation are provided in 49 stages + various energy conservation cycle coalescence engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 50 stages + various energy conservation cycle coalescing solar heaters inclined on the water surface organ.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact vertically downward are provided in 51 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 52 stages + Various types of energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating liquid ball rising device (2F) to lift and store liquid tin containing alloy + Width increase of long lens Compressed heating air approaches 1200 degrees + Specific critical substances vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation are provided in 53 stages + various energy storage cycle coalescing engines that incline and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) Turbine driven by + Insulating and increasing the temperature of the liquid tin containing the alloy in the temperature-increasing sphere raising device (2F) + Longer-lens width-increasing heating air is compressed to approach 1200 degrees + Heavier material is vertically below Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device that accelerates the power generation to increase power generation are provided in 54 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 55 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Liquid tin containing alloy is lifted and stored in the warming-increasing ball rising device (2F) + Long lens width increasing heating air is compressed to approach 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a thermal insulation device that aims to increase the amount of power generation by accelerating rolling contact vertically downwards are provided in 56 stages + various energy conservation cycles that rotate and rotate solar heaters on the water surface Combined organization.

Configuration and method for accelerating liquid tin containing gravity solar thermal power generation alloy 2 to 26 times in the turbine blade cross section (4X) vertically downward + air pipe air is recovered by suction compression heat and superheated steam (50) and compressed air (28a ) + Turbine driven + Insulating and increasing the temperature of the liquid tin containing the alloy (2F) + Using the long lens to increase the width of the heated air and compressing the heated air close to 1200 degrees + The liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats the air with compressed air acceleration to increase the amount of power generation are provided in 57 stages + Various energy conservation by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of full-rotor blade gravity solar heat turbines in 58 stages and rotate the solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 60 stages + a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the energy-saving cycle coalescence engine that rotates and tilts the solar heater on the water surface in 62 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward A variety of energy conservation cycle coalescence engine that rotates two types of full-rotor blade gravity solar heat turbines in 63 stages and rotates a solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Various energy storage cycle coalescing engines that rotate two types of full-rotor blade gravity solar turbines in 64 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy conservation cycles that rotate two types of full-rotor blade gravity solar heat turbines in 65 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles, which has two types of full-blade gravity solar thermal turbines installed in 66 stages and rotates a solar heater inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heating air is compressed to approach 1200 degrees + Heat retention device aiming at increasing the amount of accelerated power generation vertically downward Combined engine with various energy storage cycles that rotate two types of type full blade gravity solar heat turbines in 67 stages and rotate solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine that inclines and rotates a solar heater with 68 types of 2 types of vertical all blade gravity solar thermal turbines equipped in 68 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines, which are equipped with 69 types of 2 types of full-sized bladed gravitational solar thermal turbines equipped with the + solar heating heater tilted on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescence engine that tilts and rotates a solar heater with 70 types of two types of full-sized bladed gravitational solar heat turbines equipped in 70 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines that have two types of vertical all blade gravity solar heat turbines equipped in 71 stages and rotate solar heaters on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for preserving + Increase the width of the long lens Compress the heated air and bring it closer to 1200 degrees + Heat insulation device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescence engine with two types of vertical rotor blade gravity solar heat turbines equipped in 72 stages + rotating solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical-type full-blade gravity solar heat turbines equipped with a heat retaining device are provided in 73 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device are provided in 74 stages + a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward A variety of energy conservation cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device are provided in 76 stages, and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy ascending storage + Increases the width of the long lens Compresses the heated air and approaches 1200 degrees + Aims to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy conservation cycle coalescence engine that tilts and rotates a solar heater on the water surface with two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device provided in 77 stages.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical rotor blade gravity solar turbines equipped with a targeted heat retaining device are provided in 78 stages, and solar heaters are inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar heat turbines equipped with a target thermal insulation device are provided in 79 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engine that rotates two types of vertical rotor blade gravity solar heat turbines equipped with target heat retention devices in 80 stages and rotates solar heater on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescing engines in which two types of vertical rotor blade gravity solar turbines equipped with a targeted heat retaining device are provided in 81 stages and a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Use liquid tin containing alloy for storage + Increase the width of the long lens Compress the heated air and bring it close to 1200 degrees + Increase the power generation amount by accelerating rolling contact with the liquid tin containing the high temperature alloy vertically downward A variety of energy storage cycle coalescence engines that rotate two types of vertical type moving blade gravity solar heat turbines equipped with a target heat retaining device in 82 stages and rotate the solar heater on the surface of the water.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation A variety of energy storage cycle coalescence engines that have two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above, and are provided with 83 stages + a solar heater inclined on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation An energy storage cycle coalescing engine in which two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming at the above are provided in 84 stages + a solar heater is inclined and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 85 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are installed in 86 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Uses liquid tin containing alloy for preserving + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Heats the liquid tin containing the alloy with compressed air acceleration to increase power generation Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above are provided in 87 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines, in which two types of solar turbines are installed in 88 stages, and + solar heaters are tilted and rotated on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 89 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 90 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two types of solar turbines in 91 stages and rotate solar heaters on the water surface.

Structure and method for accelerating liquid tin containing alloy vertically downward by installing gravity solar power generation turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + Storage battery driven various ship priming + Insulation sphere increasing device (2F) Liquid tin containing alloy is used for storage + Long lens width increase Heated air is compressed and brought close to 1200 degrees + Vertical all blade gravity equipped with a heat retention device aiming at the same maximum water generation Various energy storage cycle coalescing engines that rotate two solar heat turbines in 92 stages and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) Compressed to approach 1200 degrees + Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation in the vertically downward direction for specific critical substances + 93 solar heaters on the water surface Various energy storage cycle coalescing engines that rotate at an angle.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming to increase power generation by accelerating heavier materials vertically downwards + 94 degrees + solar heater Various energy conservation cycle coalescing engines that tilt and rotate on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 2 types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming at increased power generation by accelerating and rolling liquid tin containing an alloy vertically downward to bring the temperature close to 1200 ° C. Various energy storage cycle coalescing engines that rotate and rotate the light heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) +2 types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward contact + 1200 degrees + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Add heat to the heat-absorbing material in a straight line + Increase the head with the warming-increasing ball lifting device (2F) + Use the liquid tin containing the alloy in the warming-increasing ball lifting device (2F) 97 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase the amount of power generation by heating liquid air with compressed air acceleration and bringing liquid tin containing alloy close to 1200 degrees + Various energy storage cycle coalescing engines that rotate solar heaters on water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar turbines are installed in 113 stages and + solar heaters are inclined and rotated on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy storage cycle coalescence engines that rotate two types of vertical-type full-blade gravity solar thermal turbines equipped with a 114-stage + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + Vertically moving blade gravity solar heat turbines equipped with a thermal insulation device aiming to increase the amount of accelerated power generation in a vertically downward direction for specific critical substances + 8 types of solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate two types of vertical-type full-blade gravity solar turbines in 18 stages and rotate solar heaters on the surface of the water.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravitational solar turbines equipped with are provided in 19 stages and a solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase the amount of accelerated power generation vertically downward are provided in 28 stages + various energy storage cycle coalescence engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material 2 types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation provided in 29 stages + various energy conservation cycle combinations that rotate the solar heater on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that aims to increase power generation by accelerating rolling contact with liquid tin vertically downward + various energy for tilting and rotating a solar heater on the water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact with liquid tin containing vertically + 31 types of solar heaters that rotate and tilt on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device that heats air with compressed air acceleration to increase the amount of power generation are provided in 32 stages + a solar heater is tilted and rotated on the water surface Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased heating air and approached 1200 degrees + Vertically moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 33 types of solar heating + solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates the heavier substances vertically downward to increase power generation were installed in 34 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Pressurize the air of increased heating and bring it closer to 1200 degrees + liquid tin containing alloy is accelerated downward in contact with the vertical, and two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase power generation in 35 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it closer to 1200 degrees + 36 stages of two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing high temperature alloy vertically downward + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 37 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by compressing air with liquid tin containing alloy A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two types of vertical bladed solar gravity turbines equipped with a heat retention device aiming at increasing the amount of accelerated power generation are provided in 38 stages + a combined energy storage cycle engine that rotates a solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device that accelerates to increase the amount of power generated and provided in 39 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 40 stages + various energy conservation cycle coalescing solar heaters on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increasing power generation by accelerating rolling contact vertically downward are provided in 41 stages + various energy conservation cycles in which solar heaters are inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 42 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C Various energy storage cycle coalescing engines that rotate 2 types of vertical type moving blade gravity solar turbines in 43 stages and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines that rotate two types of vertical type rotor blade gravity solar heat turbines equipped with a 44-stage solar light heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A variety of energy storage cycle coalescence engine that rotates two types of vertical type rotor blade gravity solar heat turbines equipped with target heat retaining devices in 45 stages and rotates a solar heater on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat insulation device aiming for the above are provided in 46 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power An energy storage cycle coalescence engine with two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase, provided in 47 stages, and a solar heater inclined and rotated on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed to approach 1200 degrees + Two types of vertical bladed solar gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward + 48 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 49 types of 2 types of full-rotor-gravity gravity solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed in 50 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescing engines that rotate 52 types of solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Insulate and use liquid tin containing an alloy in the warming and increasing ball lift device (2F) + Increase the width of the long lens + Compress the heated air to approach 1200 degrees + Specific critical substances Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation vertically downward are provided in 53 stages + various energy conservation cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulates the heat absorption material in a straight line + Insulates and uses liquid tin containing alloy in the heat-increasing sphere lifting device (2F) + Increases the width of the long lens Compresses the heated air to approach 1200 degrees + Heavier material Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that accelerates the vertical direction vertically to increase the amount of power generation are provided in 54 stages + Combined with various energy conservation cycles that rotate and rotate solar heaters on the water surface organ.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating rolling contact vertically downward with liquid tin provided in 55 stages + various energy to tilt and rotate solar heater on water surface Conservation cycle coalescence organization.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Insulate the heat absorption material in a straight line + Increase and store the liquid tin containing the alloy in the heat retention and increase ball lift device (2F) + Compress the air of the long lens to increase the width of the heated + approaching 1200 degrees + high temperature alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin vertically downward are provided in 56 stages, and various types of solar solar heaters are tilted and rotated on the water surface Energy conservation cycle coalescence engine.

A structure and method for accelerating liquid tin containing high-temperature alloys vertically downward by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. + Incorporate liquid tin containing alloy in a heat-insulating sphere rising device (2F) + Use and store liquid tin containing alloy + Increase the width of the long lens + Compress the heated air and bring it closer to 1200 degrees + Includes alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by heating air by accelerating compressed air with liquid air are provided in 57 stages. + A solar heater is tilted and rotated on the water surface. Various energy conservation cycle coalescence engine.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + Vertically moving blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated generation of specific critical substances vertically downward 58 types of solar heating + solar heating Various energy conservation cycle coalescing engines that tilt and rotate the vessel on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressed increased-heated air and approached 1200 degrees + 59 types of two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aimed to increase power generation by accelerating heavier substances vertically downward + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing the heated air and bringing it closer to 1200 degrees + liquid tin containing alloy is accelerated vertically downward and contacted with two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aimed at increasing power generation in 60 stages A combined energy storage cycle engine that rotates the installed + solar heater on the surface of the water.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air to approach 1200 degrees + liquid tin containing high-temperature alloy is accelerated vertically downward and brought into contact with two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming at increased power generation 61 stages + Energy storage cycle coalescence engine that rotates + solar heater on the water surface.

Turbine blade cross section (4X) 2 to 26 times the gravity solar power generation generating turbine blade equipment method + warming and increasing ball riser (2F) to use liquid tin containing alloy for storage + long lens width Compressing increased heating air and bringing it close to 1200 degrees + 62 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by heating air with liquid tin containing alloy and accelerating compressed air A combined energy storage cycle engine that rotates the + solar heater installed on the stage at an angle on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collected in a straight line on the material + Increased storage temperature of the liquid tin containing the alloy in the warming-increasing sphere lifting device (2F) + Increased the width of the long lens Compressed heating air to approach 1200 degrees + Specific critical substances vertically downward Two energy saving cycle coalescing engines, which are equipped with two types of vertical rotor blade gravity solar turbines equipped with a heat retention device aiming to increase the amount of accelerated power generation in 63 stages and rotate the solar heater on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing an alloy in the warming-increasing sphere raising device (2F) + Increasing the length of the long lens Compressing the heating air to approach 1200 degrees + Heavier material vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device that accelerates to increase the amount of power generation, provided in 64 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retaining device aiming at increased power generation as an accelerated rolling contact vertically below are provided in 65 stages + various energy conservation cycle combinations that rotate solar heaters incline on the water surface organ.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Insulating and using liquid tin containing the alloy in the warming and increasing sphere raising device (2F) + Compressing the long lens width increasing air and bringing it closer to 1200 degrees + Liquid tin containing high temperature alloy Two types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase the amount of power generation by accelerating rolling contact vertically downward are provided in 66 stages + various energy conservation cycles in which a solar heater is inclined and rotated on the water surface Combined organization.

A structure and method of accelerating specific critical substances vertically downward by installing gravity solar power turbines with a turbine blade cross-section (4X) of 2 to 26 times in multiple stages + heat and cold energy priming + solar absorption with long lens Collecting in a straight line on the material + Incubating and storing liquid tin containing the alloy in the warming and increasing ball lifting device (2F) + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Liquid tin containing the alloy Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device that heats air with compressed air acceleration to increase the amount of power generation are provided in 67 stages + Various energy storage by tilting and rotating a solar heater on the water surface Cycle coalescence engine.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 ° C A variety of energy conservation cycle coalescing engines, in which two types of vertical-type full-blade gravity solar heat turbines are provided in 68 stages and a solar heater is rotated on the surface of the water.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascends and uses + compresses the heated air of the long lens and brings it closer to 1200 degrees + heat retention device that accelerates heavier substances vertically downward to increase power generation Various energy storage cycle coalescing engines, in which two types of vertical rotor blade gravity solar heat turbines equipped with 2 are provided in 69 stages and a solar heater is inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it closer to 1200 degrees + Increases the power generation amount by accelerating rolling contact with the liquid tin containing the alloy vertically downward A combination of various energy storage cycle engines, in which two types of vertical-type full-blade gravity solar turbines equipped with a heat retaining device are provided in 70 stages, and solar heaters are inclined and rotated on the water surface.

A structure and method for accelerating liquid tin containing alloy vertically downward in the thermal insulation means by providing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages. The device (2F) uses the liquid tin containing the alloy ascending and storage + Increases the width of the long lens Compresses the heated air and brings it close to 1200 degrees + Increases the amount of power generation by accelerating and rolling the liquid tin containing the high temperature alloy vertically downward Two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for the above are provided in 71 stages + various energy storage cycle coalescing engines that rotate and rotate solar heaters on the water surface.

A structure and method of accelerating liquid tin containing alloy vertically downward in the heat insulation means by installing gravity solar power turbines with a turbine blade cross section (4X) of 2 to 26 times in multiple stages + making the whole electrified house primed + raising the temperature increase bulb The device (2F) uses the liquid tin containing the alloy ascending and storing + Compressing the heated air of the long lens and bringing it closer to 1200 degrees + Heating the liquid tin containing the alloy with compressed air acceleration and generating power Two energy saving cycle coalescing engines, which are equipped with two types of vertical rotor blade gravity solar heat turbines equipped with a heat retention device aiming for increase, and in which 72 stages of solar heating are tilted and rotated on the surface of the water.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing the heated air of the lens width and bringing it closer to 1200 degrees + Two types of vertical rotor blade gravity solar turbines equipped with a heat retaining device aiming to increase the amount of accelerated generation of specific critical substances vertically below + 73 stages + Various energy conservation cycle coalescence engine that rotates solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Increased lens width Compresses heated air and approaches 1200 degrees + 74 types of vertical rotor blade gravity solar turbines equipped with a heat retention device that aims to increase power generation by accelerating heavier materials vertically downward A combined energy storage cycle engine that rotates the installed + solar heater on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Lens width increase Heating air is compressed close to 1200 degrees + Two types of vertical bladed gravitational solar turbines equipped with a heat retaining device aiming to increase power generation by accelerating rolling contact with liquid tin containing alloy vertically downward Various energy storage cycle coalescing engines that rotate + solar heaters installed in 75 stages on the water surface.

Turbine blade cross-section (4X) structure and method of gravitational solar power generation of 2 to 26 times + accelerating storage battery-driven various automobiles + heat retention increasing ball lift device (2F) to rise and store liquid tin containing alloy + long Compressing air heated to increase the lens width and bringing it closer to 1200 degrees + vertical moving blade gravity solar heat turbine 2 equipped with a heat retaining device that aims to increase the amount of power generated by heating liquid air containing alloy with compressed air acceleration 2 Various energy storage cycle coalescence engines that rotate the + solar heaters on the water surface, with 77 types.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) of 2 to 26 times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with twice the turbine blade cross section (4X) is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a triple turbine blade cross section (4X) is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with four times the turbine blade cross section (4X) with liquid tin containing alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) five times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with 6 times the turbine blade cross section (4X) is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine having a turbine blade cross section (4X) seven times as much as the liquid tin containing the alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 8 times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with nine times the turbine blade cross section (4X) with liquid tin containing alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine having a turbine blade cross section (4X) provided 10 times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine having 11 times the turbine blade cross section (4X) with liquid tin containing alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with 12 times the turbine blade cross section (4X) is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) of 13 times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 14 times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 15 times by liquid tin containing an alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 16 times is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine having 17 times the turbine blade cross section (4X) with liquid tin containing alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with 18 times the turbine blade cross section (4X) with liquid tin containing alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine with 19 times the turbine blade cross section (4X) with liquid tin containing alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 20 times by liquid tin containing an alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine having a turbine blade cross section (4X) 21 times as large as the liquid tin containing the alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 22 times with liquid tin containing alloy.

Various energy conservation cycle coalescence engines that drive each alternately rotating heat retaining turbine having a turbine blade cross section (4X) of 23 times with liquid tin containing alloy.

Various energy storage cycle coalescence engines that drive each alternately rotating heat retaining turbine provided with a turbine blade cross section (4X) 24 times with liquid tin containing alloy.

Various energy storage cycle coalescence engines in which each alternately rotating heat retaining turbine having a turbine blade cross section (4X) of 25 times is driven by liquid tin containing an alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 103 types of vertical type rotor blade gravity solar thermal turbines in 103 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 104 types of vertical type full-blade gravity solar thermal turbines in 104 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 105 kinds of vertical type rotor blade gravity solar heat turbine in 105 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat retaining turbine provided with 106 types of vertical type rotor blade gravity solar heat turbine in 106 stages with liquid tin containing alloy.

Various energy storage cycle coalescing engines that incline and rotate a solar heater that has two types of vertical rotor blade gravity solar turbines installed in 107 stages.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 108 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating heat insulation turbine provided with 109 types of two types of vertical rotor blade gravity solar heat turbines in 109 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat retaining turbine provided with two types of vertical all blade gravity solar heat turbine in 110 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating heat retaining turbine provided with two types of vertical all blade gravity solar heat turbines in 111 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 112 types of vertical type full-blade gravity solar turbines in 112 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 113 kinds of vertical all blade gravity solar thermal turbines in 113 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 114 types of vertical type rotor blade gravity solar heat turbines in 114 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 115 kinds of vertical type full-blade gravity solar thermal turbine in 115 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 116 types of vertical type full-blade gravity solar thermal turbines in 116 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 117 types of vertical type full-blade gravity solar heat turbines in 117 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar heat turbines in 118 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type rotor blade gravity solar heat turbine in 119 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar heat turbine in 120 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar thermal turbine in one stage with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type rotor blade gravity solar turbines in two stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in three stages by liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type full-blade gravity solar thermal turbines in 4 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in five stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type rotor blade gravity solar thermal turbine in 6 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar turbines in 7 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat retaining turbine provided with 2 types of vertical type rotor blade gravity solar heat turbine in 8 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 9 types of vertical type rotor blade gravity solar thermal turbines in 9 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type rotor blade gravity solar thermal turbines in 10 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 11 types of vertical type rotor blade gravity solar heat turbine in 11 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 12 types of vertical type moving blade gravity solar thermal turbines in 12 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 13 types of vertical all blade gravity solar thermal turbines in 13 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 14 types of vertical type rotor blade gravity solar thermal turbines in 14 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 15 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 16 types of vertical type rotor blade gravity solar heat turbine in 16 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 17 types of vertical type rotor blade gravity solar heat turbine in 17 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 18 types of vertical type rotor blade gravity solar thermal turbine in 18 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 19 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 20 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat insulation turbine provided with 21 types of vertical all blade gravity solar heat turbine in 21 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 22 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 23 types of vertical all blade gravity solar heat turbines in 23 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type full-blade gravity solar thermal turbines in 24 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 25 types of vertical type full blade gravity solar thermal turbines in 25 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical all blade gravity solar heat turbine in 26 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat-retaining turbine provided with 27 types of vertical all blade gravity solar heat turbine in 27 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 28 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat-retaining turbine provided with 29 types of vertical all-blade gravity solar thermal turbines in 29 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 30 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 31 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat-retaining turbine provided with two types of vertical all blade gravity solar heat turbines in 32 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat-retaining turbine provided with two types of vertical all blade gravity solar turbines in 33 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 34 types of vertical type rotor blade gravity solar thermal turbine in 34 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 35 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 36 types of vertical type rotor blade gravity solar heat turbine in 36 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 37 types of vertical type rotor blade gravity solar thermal turbines in 37 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 38 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 39 kinds of vertical type full-blade gravity solar thermal turbines in 39 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 40 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 41 types of vertical type rotor blade gravity solar heat turbine in 41 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 42 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 43 types of vertical type rotor blade gravity solar turbines in 43 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 44 types of vertical all blade gravity solar thermal turbines in 44 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 45 types of vertical type rotor blade gravity solar heat turbine in 45 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type full-blade gravity solar thermal turbines in 46 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 47 types of vertical type rotor blade gravity solar thermal turbine in 47 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 48 types of vertical all blade gravity solar thermal turbines in 48 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 49 types of vertical type rotor blade gravity solar thermal turbine in 49 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 50 types of vertical type full-blade gravity solar thermal turbines in 50 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type full-blade gravity solar thermal turbines in 51 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type rotor blade gravity solar thermal turbine in 52 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 53 types of vertical type rotor blade gravity solar heat turbine in 53 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 54 types of vertical type rotor blade gravity solar thermal turbine in 54 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 55 types of vertical type full blade gravity solar thermal turbine in 55 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type rotor blade gravity solar heat turbine in 56 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 2 types of vertical type rotor blade gravity solar heat turbine in 57 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 58 types of vertical type rotor blade gravity solar thermal turbine in 58 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 59 types of vertical type full-blade gravity solar thermal turbines in 59 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat insulation turbine provided with 60 types of vertical all blade gravity solar heat turbines in 60 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 61 kinds of vertical type full-blade gravity solar thermal turbines in 61 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 62 types of vertical type rotor blade gravity solar thermal turbine in 62 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 63 types of vertical type full-blade gravity solar thermal turbines in 63 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat insulation turbine provided with 64 types of vertical type rotor blade gravity solar heat turbine in 64 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 65 types of vertical type full-blade gravity solar thermal turbines in 65 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 66 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 67 types of vertical type rotor blade gravity solar heat turbine in 67 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 68 types of vertical type rotor blade gravity solar thermal turbine in 68 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 69 types of vertical type rotor blade gravity solar heat turbines in 69 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 70 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 71 types of vertical all blade gravity solar thermal turbine in 71 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 72 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 73 types of vertical all blade gravity solar thermal turbines in 73 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine that drives each alternately rotating thermal insulation turbine provided with 74 types of vertical all blade gravity solar heat turbine in 74 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar thermal turbines in 75 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 76 types of vertical type full-blade gravity solar thermal turbine in 76 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 77 types of vertical type rotor blade gravity solar heat turbine in 77 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 78 types of vertical all blade gravity solar heat turbine in 78 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 79 types of vertical type rotor blade gravity solar heat turbine in 79 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat retaining turbine provided with two types of vertical type rotor blade gravity solar heat turbines in 80 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 81 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 82 types of vertical type full-blade gravity solar thermal turbines in 82 stages with liquid tin containing alloy.

Various energy storage cycle coalescing engines, in which two types of vertical rotary blade gravity solar turbines are installed in 83 stages, and each alternately rotating heat retaining turbine is driven by liquid tin containing an alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 84 types of vertical type rotor blade gravity solar turbines in 84 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar thermal turbines in 85 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 86 types of vertical type rotor blade gravity solar heat turbine in 86 stages with liquid tin containing alloy.

Various energy storage cycle coalescing engines, in which two types of vertical rotary blade gravity solar heat turbines are provided in 87 stages, and each alternately rotating thermal insulation turbine is driven by liquid tin containing an alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 88 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar thermal turbines in 89 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating heat retaining turbine provided with two types of vertical type rotor blade gravity solar heat turbine in 90 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 91 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical type full-blade gravity solar thermal turbines in 92 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine that drives each alternately rotating thermal insulation turbine provided with 93 kinds of vertical all blade gravity solar thermal turbines in 93 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 94 kinds of vertical all blade gravity solar thermal turbines in 94 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 95 kinds of vertical type rotor blade gravity solar thermal turbines in 95 stages with liquid tin containing alloy.

Various energy storage cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 96 kinds of vertical type full-blade gravity solar thermal turbines in 96 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 97 types of vertical all blade gravity solar heat turbine in 97 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 98 types of vertical type full-blade gravity solar thermal turbines in 98 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 99 kinds of vertical type full-blade gravity solar thermal turbine in 99 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with two types of vertical all blade gravity solar thermal turbines in 100 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 101 types of vertical type full-blade gravity solar thermal turbines in 101 stages with liquid tin containing alloy.

Various energy conservation cycle coalescence engine which drives each alternately rotating thermal insulation turbine provided with 102 types of vertical type rotor blade gravity solar heat turbine in 102 stages with liquid tin containing alloy.