JP2009197785A - Various energy conservation cycle combined engine - Google Patents

Various energy conservation cycle combined engine Download PDF

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JP2009197785A
JP2009197785A JP2008166907A JP2008166907A JP2009197785A JP 2009197785 A JP2009197785 A JP 2009197785A JP 2008166907 A JP2008166907 A JP 2008166907A JP 2008166907 A JP2008166907 A JP 2008166907A JP 2009197785 A JP2009197785 A JP 2009197785A
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power generation
vacuum
increase
theoretical best
best engine
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Hiroyasu Tanigawa
浩保 谷川
Kazunaga Tanigawa
和永 谷川
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/20—Solar thermal
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/50—Hydropower in dwellings
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/40—Solar thermal energy, e.g. solar towers
    • Y02E10/46—Conversion of thermal power into mechanical power, e.g. Rankine, Stirling or solar thermal engines
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E20/00—Combustion technologies with mitigation potential
    • Y02E20/14—Combined heat and power generation [CHP]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E20/00—Combustion technologies with mitigation potential
    • Y02E20/16—Combined cycle power plant [CCPP], or combined cycle gas turbine [CCGT]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P80/00—Climate change mitigation technologies for sector-wide applications
    • Y02P80/10—Efficient use of energy, e.g. using compressed air or pressurized fluid as energy carrier
    • Y02P80/15—On-site combined power, heat or cool generation or distribution, e.g. combined heat and power [CHP] supply
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/10—Internal combustion engine [ICE] based vehicles
    • Y02T10/12—Improving ICE efficiencies

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem in which there is threat of annihilation of mankind since thermal and nuclear power generation causes a rise in sea temperatures by the whole electric-generating capacity and heat quantity, sea temperatures exceed a thousand times within a century if China continues to grow at the rate of 10%, and this increases torrential rain and wind speed of a typhoon 10 to 100 times. <P>SOLUTION: Theoretically best engine hydraulic power generation emitting no CO2 is achieved, and an opposed series full moving blade flywheel water turbine is driven by water gasification explosion power. Thereby, heat consumption is reduced to 1/539 the existing steam turbine, acceleration with gravity acceleration of 9.8 meters/sec.sec. added downward in a vertical direction within a vacuum to the gasification explosion is achieved, the electric-generating capacity with a drop increased illimitably is increased as power remarkably exceeding pumping input, the drop is increased 1,000 times, for example, the electric-generating capacity is increased 1,000 times=gasification explosion power×gravitational acceleration the existing hydraulic power generation, the electric-generating capacity in the existing world is made to remarkably exceed by the hydraulic power generation emitting no CO2 and performed anywhere, the thermal and nuclear power generation in the existing world is abolished, various automobiles and ships driven by the storage batteries and all-electric home are led to the heyday by the use of inexpensive hydraulic power generation, and global warming is prevented. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

理論最良エンジン発明各種エネルギ保存サイクル合体機関の特徴は、例えば水の気化爆発力を使用することで使用熱量を過熱蒸気使用の１／５３９にし、水噴射ポンプ６ｚで４００ＭＰａ噴射を可能にして、真空中で気化爆発力＋重力加速度９．８ｍ／毎秒毎秒を垂直下方に追加加速するため、水銀や水等重い液体の重力加速度を使用し、既存水力発電を理論最良エンジン発電にすると、貯水＋揚水の過程で太陽光加熱器２＋太陽熱増大吊橋２ｂを夫々傾斜させて、太陽光を水５２ｂ管に集光して水温３７４度以下２４ＭＰａに上昇して、気化爆発力最大狙いとし、揚水ポンプ１Ｈにより落差を１００〜１０００ｍ以上等に増大して、水噴射ポンプ６ｚにより４００ＭＰａ等の噴射とし、真空中で重力加速度を追加して、対向直列全動翼弾み車水タービン又は直列全動翼弾み車水タービンを駆動し、同一水量既存水力発電の１００〜１０００倍発電量を狙う、水力発電技術に関する。   Theoretical best engine invention The characteristics of various energy storage cycle coalescence engines are, for example, the use of the vaporization explosive force of water to reduce the amount of heat used to 1/539 of superheated steam use, enabling 400 MPa injection with the water injection pump 6z, and vacuum Vaporization explosive force + gravity acceleration 9.8m / sec. In addition to accelerating vertically downward every second, gravity acceleration of heavy liquid such as mercury and water is used, and if existing hydroelectric power generation is the theoretical best engine power generation, storage + pumping In the process of the above, the solar heater 2 + the solar heat increasing suspension bridge 2b is inclined, the sunlight is concentrated on the water 52b pipe and the water temperature is raised to 24 MPa or less to 374 degrees C. Increasing the head to 100-1000m or more, etc., and jetting 400MPa etc. by water jet pump 6z, adding gravitational acceleration in vacuum, opposing series full blade impingement To drive water turbines or series all blades flywheel water turbines, aimed at 100-1000 times the power generation amount of the same water existing hydropower relates hydropower technology.

太陽光加熱器２＋太陽熱増大吊橋２ｂで水５２ｂ管を加熱の過程で、温度上昇した空気２８ａを熱ポンプ１Ｇで圧縮、繰り返し６００〜１０００度等の圧縮空気熱量２８ｂとして、悪天候や電力不足時には酸素量増大手段１Ｂによる液体酸素の圧入を含めて、水熱交換器２Ｙ内燃料噴射燃焼限り無く高圧燃焼熱交換冷却燃焼し、水５２ｂ温度を摂氏３７４度２４ＭＰａ等として、対向直列全動翼弾み車水タービン又は直列全動翼弾み車水タービンを駆動し、燃焼ガス４９により対向直列全動翼弾み車ガスタービン又は直列全動翼弾み車ガスタービンを駆動の過程では、限り無く高圧の燃焼ガス４９爆発速度で鋼球等の比較的重い球形物を垂直下方に加速して、燃焼ガス爆発速度＋重力加速度９．８ｍ／毎秒毎秒とし、１００〜１０００ｍ等の大落差大出力発電にする燃焼ガス発電技術に関する。   In the process of heating the water 52b pipe with the solar heater 2+ solar thermal augmentation suspension bridge 2b, the air 28a whose temperature has risen is compressed with the heat pump 1G and repeatedly compressed air heat quantity 28b such as 600-1000 degrees C. Oxygen in bad weather or power shortage Including the injection of liquid oxygen by the amount increasing means 1B, the high-pressure combustion heat exchange cooling combustion is performed without limitation in the fuel injection combustion in the water heat exchanger 2Y, and the water 52b temperature is set to 374 degrees Celsius, 24 MPa, etc. In the process of driving a turbine or a series full blade impeller water turbine and driving an opposed series full blade impeller gas turbine or a series full blade impeller gas turbine by the combustion gas 49, steel is produced at an unlimitedly high pressure combustion gas 49 explosion speed. A relatively heavy spherical object such as a sphere is accelerated vertically downward to a combustion gas explosion speed + gravitational acceleration of 9.8 m / second per second, such as 100 to 1000 m Combustion gas power technology that fall high output power.

地球で最大熱源が太陽光で、長レンズ２ｄで全部集めるとＣＯ２０で高温を得る背景があります。既存エンジン発明は発明者本人が回転出力発生で充分の発明、私の場合改良を考えた時間が全部無駄になりました。水力発電の場合も改良は駄目で理論最良エンジン水力発電にすると、無限に近い太陽光を長レンズ２ｄで集めて水５２ｂ温度と空気温度を上昇し、水の気化爆発力使用にすると、消費熱量を既存蒸気タービン過熱蒸気使用の１／５３９にして、水温１００度で１７００倍容積気化爆発になり３０度前後で１００００倍容積になるため、水噴射ポンプ６ｚにより４００ＭＰａ前後噴射とし、真空中で気化爆発力と重力加速度を追加すると流れ星以上の加速として、対向直列全動翼弾み車水タービンを駆動し、タービン出力が揚水ポンプ１Ｈ出力を大幅に超えることは明白で、既存水力発電と同一水量１０００倍発電量に必要な落差が１０００ｍを超えるか越えないかの問題となる、背景技術があり、内部高温空気２８ａを熱ポンプ１Ｇで圧縮６００〜１０００度にして熱回収利用して、繰り返し圧縮熱回収利用する先の出願があります。   The largest heat source on the earth is sunlight, and there is a background to get high temperature with CO20 when all the long lens 2d collects. The invention of the existing engine was invented enough by the inventor to generate rotation output. In my case, all the time for improvement was wasted. In the case of hydroelectric power generation, improvement is not possible and theoretically the best engine hydroelectric power generation makes it possible to collect almost infinite sunlight with the long lens 2d to increase the temperature of the water 52b and the air temperature. Is 1/539 of the existing steam turbine superheated steam, 1700 times volume vaporization explosion at a water temperature of 100 degrees, and 10000 times volume at around 30 degrees. When adding explosive force and acceleration of gravity, it is clear that driving the opposed series full blade impeller water turbine as acceleration beyond the shooting star, and the turbine output will greatly exceed the output of the pump 1H. There is a background technology that has a problem of whether the head required for the amount of power generation exceeds 1000 m or not, and the internal hot air 28a is compressed by the heat pump 1G 6 0 to 1000 degrees by using heat recovered, there is an earlier application to use repeated compression heat recovery.

昭和１７〜１８年に理論最良エンジンの発明を決意し、昭和３８年岡山地方発明センターの請負で試作を開始して、自分でも試作を続けましたがエンジンの試作は非常に困難です。そこで昭和５７年２月より国内大企業等多数にご協力のお願い始めましたが、日本企業等の協力が皆無で、外国唯一お願いしたクリントン大統領の協力がお願いの都度３年３回得られ、１９９２年米国特許５１３３３０５号、１９９３年米国特許５２３０３０７号、１９９５年米国特許５４２９０７８号の駄目発明が判明したのです。既存のエンジンに致命的な欠点が非常に多く一発発明不可能が判明し、急がば回れと１９９７年ホームページを開設して欠点を１つづつ改良特許出願して、２００６年理論最良エンジン近くに到達したものです。
米国特許第６１１９６５０号、中国特許第８８１８号、ＥＵ英国特許９０２１７５号、米国特許第６２６３６６４号があり、上記多数の背景技術を改良や、下記特許文献２も理論最良エンジン発明の過程の発明です。 先の出願として特願２００６−２６００２０号、特願２００６−３２７８０９号、特願２００７−１７９２０４号、特願２００７−２２１９７０号、特願２００７−２３７３６７号、特願２００７−２５０３４８号、特願２００７−２６５１１５号、特願２００８−６６１２号、特願２００８−２２２４６号、特願２００８−２４６５６号、特願２００８−２８５８２号、特願２００８−３０１６２号、特願２００８−９４４５２号、特願２００８−９９８７０号、特願２００８−１２５６６５号、特願２００８−１３４０４６号、特願２００８−１３７６２９号があります。 I decided to invent the theoretical best engine in Showa 17-18 and started prototyping at the contract of the Okayama Regional Invention Center in 1963 and continued to make the prototype myself, but the engine prototype is very difficult. Therefore, in February 1982, we started requesting cooperation from a large number of domestic large corporations, etc., but there was no cooperation from Japanese companies, etc., and every time we asked for the cooperation of President Clinton, the only request from foreign countries, three times a year, The 1992 US Patent 5133305, 1993 US Patent 5230307, and 1995 US Patent 5429078 were found to be useless. It was found that there were so many fatal faults in the existing engine that it was impossible to invent the first one, and suddenly, the 1997 homepage was opened and an improvement patent was filed one by one for the faults. It is what you have reached.
There are US Pat. No. 6,119,650, Chinese Patent No. 8818, EU British Patent No. 902175, US Pat. No. 6,263,664, and many of the above background technologies have been improved, and the following Patent Document 2 is also an invention in the process of theoretical best engine invention. As prior applications, Japanese Patent Application No. 2006-260020, Japanese Patent Application No. 2006-327809, Japanese Patent Application No. 2007-179204, Japanese Patent Application No. 2007-221970, Japanese Patent Application No. 2007-237367, Japanese Patent Application No. 2007-250348, Japanese Patent Application No. 2007- No. 265115, Japanese Patent Application No. 2008-6612, Japanese Patent Application No. 2008-22246, Japanese Patent Application No. 2008-24656, Japanese Patent Application No. 2008-28582, Japanese Patent Application No. 2008-30162, Japanese Patent Application No. 2008-94452, Japanese Patent Application No. 2008-99870 No., Japanese Patent Application No. 2008-125665, Japanese Patent Application No. 2008-134046, and Japanese Patent Application No. 2008-137629.

既存世界の火力原子力発電所では、ＣＯ２増大地球温暖化加速や海水表面温度摂氏７度上昇海域を１００年で１０００倍に近付け、冬場に海面冷却して海底に栄養分を供給していた自然現象を不可能として、魚類の食糧激減魚類を大幅に激減人類の海中食物を限り無く減少し、旱魃や集中豪雨や台風風速を１０〜１００倍に限り無く増大して、陸上での食糧生産も加速度的に困難とし、人類絶滅の危険を増大のため、理論最良エンジン水力発電により同一水量既存世界の水力発電の１０００倍発電量とし、既存世界の火力原子力発電所を全廃して、水力発電蓄電池駆動各種自動車類全盛や、水力発電蓄電池駆動各種船舶類全盛や全面電化住宅全盛にし、ＣＯ２排気０人類絶滅を先送りする課題が在ります。   In the existing thermal power plants in the world, CO2 increases global warming acceleration and the sea surface temperature rises 7 degrees Celsius close to 1000 times in 100 years, the natural phenomenon of cooling the sea surface in winter and supplying nutrients to the sea floor Impossible, fish food drastically reduced Fish drastically drastically reduced human food underwater, dredging, torrential rain and typhoon speeds increased by 10 to 100 times, food production on land accelerated In order to increase the risk of human extinction, the theoretical best engine hydroelectric power generation will generate the same amount of water 1000 times that of the existing world hydroelectric power generation. There is a challenge to postpone the extinction of humans with zero CO2 emissions by making the best of automobiles, various types of ships driven by hydroelectric storage batteries and full-scale electrified housing.

ＣＯ２排気０の理論最良エンジン水力発電により、同一水量既存水力発電の１００〜１０００倍発電量に増大して、既存世界火力発電所全廃ＣＯ２排気を縮小して地球温暖化を防止し、海面７度上昇海域の増大を縮小して、人類絶滅を先送りする効果があります。   Theoretical best engine hydro power generation with zero CO2 emissions Increases the same water volume to 100-1000 times the existing hydropower generation, reduces the total abolished CO2 exhaust of existing world thermal power plants to prevent global warming, 7 degrees sea level This has the effect of reducing the increase in the rising sea area and delaying the extinction of mankind.

発明の実施の形態や実施例を、図面を参照して説明するが、実施形態や実施例と既説明とその構成が略同じ部分には、同一の名称又は符号を付して、重複説明はできるだけ省略し、特徴的な部分や説明不足部分は、順次追加重複説明する。又非常に難解な脳内理論最良エンジン発明のためと、意図する所及び予想を具体的に明快に説明するため、アイディアを仮説数字で説明するが、正解は実験数字として理論最良エンジンの仮説数字に限定しません。最良と思われるアイディアを多数の用途で重複説明し、用途に合せてアイディアを選択使用して、請求項では多用途に合せて選択使用するため千変万化します。   Embodiments and examples of the invention will be described with reference to the drawings, but the same names or reference numerals are given to the same parts as those of the embodiments and examples and the description above, and duplicate description will be omitted. Omitted as much as possible, and the characteristic parts and the lack of explanation will be added and explained sequentially. The idea is explained with hypothetical numbers for the very difficult brain invention best engine invention and to explain the intention and expectation concretely clearly, but the correct answer is the hypothetical number of the theoretical best engine as an experimental number. It is not limited to. The idea that seems to be the best is duplicated in many applications, the idea is selected and used according to the application, and the claims are changed to be used according to the various applications.

図１の対向直列全動翼弾み車水タービン８Ｋは、対向に全動翼弾み車水タービン８ｂ８ｂを夫々対向直列垂直に限り無く多段に設けて、高温水５２ｂ気化爆発力＋真空中で重力加速度９．８ｍ／毎秒毎秒を効率良く利用し、選択したタービン翼断面４Ｘのタービン翼８ｃ及び測板８ｄの、全動翼弾み車水タービン８ｂ径を大径として高速水速度の回転数を１万回転等に低減して、タービン翼８ｃに作用させる水量が１／１００等に低減するため、軸方向長は１００〜５００ｍ等として多数に分割両側に発電機等を具備し、タービン外箱７７ａ内に最適間隔で具備して最適間隔で設けて、磁気摩擦同期装置５５・５５等により同期させ、対向無接触に適宜に接近又は噛合せて噴射質量に合せた強度大きさ間隔で多数設けて、タービン翼８ｃ８ｃを夫々の円筒胴８ｅ８ｅの外周軸方向半径方向に用途出力に合せて延長拡大して、出力発生タービン翼８ｃを１／１０前後にし、全動翼弾み車水タービン８ｂ加熱高温手段３Ｂ等の摩擦損失低減手段で転がり接触にして、落差１０００ｍに増大同一水量既存水力発電の１０００倍発電量を狙います。   The opposed series full blade impeller water turbine 8K in FIG. 1 is provided with multi-stage impeller series turbine water turbines 8b8b arranged in multiple stages without limitation in the opposite series perpendicular to each other. Efficient use of 8m / sec., The turbine blade 8c and the measuring plate 8d of the selected turbine blade cross section 4X have a large diameter of the all-wheel impeller water turbine 8b and a high speed water speed of 10,000 revolutions, etc. In order to reduce the amount of water acting on the turbine blade 8c to 1/100 or the like, the axial length is set to 100 to 500 m, etc., and generators are provided on both sides, and an optimum interval is provided in the turbine outer box 77a. Provided at optimum intervals, synchronized by magnetic friction synchronizers 55, 55, etc., and provided with a large number of strength magnitude intervals according to the injection mass by appropriately approaching or meshing with each other without contact, turbine blades 8c8c Each cylindrical cylinder 8e8e is extended and enlarged in the radial direction of the outer peripheral axis in accordance with the application output, and the output generating turbine blade 8c is reduced to about 1/10 to reduce the friction loss of the all blade impeller water turbine 8b heating high temperature means 3B etc. By rolling contact with the means, the head will increase to a drop of 1000m.

図２の直列全動翼弾み車水タービン８Ｌは、全動翼弾み車水タービン８ｂを外箱垂直部９４Ａと平行垂直に限り無く多段に設けて、高温水５２ｂ気化爆発力＋真空中で重力加速度９．８ｍ／毎秒毎秒を効率良く利用し、選択したタービン翼断面４Ｘのタービン翼８ｃ及び測板８ｄの、全動翼弾み車水タービン８ｂ径を大径として高速水速度の回転数を１万回転等に低減して、タービン翼８ｃに作用させる水量が１／１００等に低減するため、軸方向長は１００〜５００ｍ等として多数に分割両側に発電機等を具備し、タービン外箱７７ａ内に最適間隔で具備して最適間隔で設けて、噴射質量に合せた強度大きさ間隔で多数設けて、タービン翼８ｃを円筒胴８ｅの外周軸方向半径方向に用途出力に合せて延長拡大して、出力発生タービン翼８ｃを１／１０前後にし、全動翼弾み車水タービン８ｂ加熱高温手段３Ｂ等の摩擦損失低減手段で転がり接触駆動にして、落差１０００ｍに増大同一水量既存水力発電の５００倍発電量を狙います。   In the series full blade impeller water turbine 8L in FIG. 2, the full blade impeller water turbine 8b is provided in multiple stages without limitation in parallel and perpendicular to the outer casing vertical portion 94A, and high temperature water 52b vaporization explosive force + gravity acceleration in vacuum 9 Efficiently use 8 m / sec / s, select the turbine blade 8c and the measuring plate 8d of the selected turbine blade cross section 4X, and increase the diameter of the all-wheel impeller water turbine 8b to a large diameter and the rotational speed of the high-speed water speed to 10,000 In order to reduce the amount of water acting on the turbine blade 8c to 1/100 or the like, the axial length is 100 to 500 m, etc., and the generator is provided on both sides, and is optimal for the turbine outer box 77a. Provided at optimal intervals, provided at optimal intervals, and provided with a large number of strength intervals according to the injection mass, and extended and expanded the turbine blades 8c in the radial direction of the outer circumferential axis of the cylindrical body 8e in accordance with the application output. Generating turbine blade 8c 1/10 was back and forth, in the contact driving rolling friction loss reduction means such Zendotsubasa flywheel water turbine 8b heating hot section 3B, and aim to 500 times the power generation amount increase same water existing hydropower drop 1000 m.

図３の対向直列全動翼弾み車水タービン８Ｋ乃至直列全動翼弾み車水タービン８Ｌは、全動翼弾み車水タービン８ｂを平行水平垂直に限り無く多段に設けて、高温水５２ｂ気化爆発力＋真空中で重力加速度９．８ｍ／毎秒毎秒を効率良く利用し、選択したタービン翼断面４Ｘのタービン翼８ｃ及び測板８ｄの、全動翼弾み車水タービン８ｂ径を１０ｍ近い大径として、高速水速度の回転数を３千〜１万回転等に低減し、タービン翼８ｃに作用させる水量を１／１００〜１／１０００等に増減出力を増減して、軸方向長は１００〜５００ｍ等として多数に分割し、２０〜５０ｍで分割して両側に発電機１等を具備して、タービン外箱７７ａ内に最適間隔で具備して最適間隔で設け、噴射質量に合せた強度大きさ間隔で多数設けて、タービン翼８ｃを円筒胴８ｅの外周軸方向半径方向に用途出力に合せて延長拡大し、全動翼弾み車水タービン８ｂを加熱高温手段３Ｂ等の摩擦損失低減手段で転がり接触駆動にして、落差１０００ｍに増大同一水量既存水力発電の５００〜１０００倍発電量を狙います。   The opposed series full blade impeller water turbine 8K to serial full blade impeller water turbine 8L in FIG. 3 is provided with all the blade impeller water turbines 8b in multiple stages without limitation in parallel horizontal and vertical, and high temperature water 52b vaporization explosive force + vacuum. In particular, the gravitational acceleration of 9.8 m / second per second is efficiently used, the diameter of the turbine blade 8c and the measuring plate 8d of the selected turbine blade cross section 4X is set to the large diameter of the moving blade spring vehicle water turbine 8b and a large diameter close to 10 m. The number of rotations is reduced to 3,000 to 10,000 rpm, the amount of water applied to the turbine blade 8c is increased / decreased to 1/100 to 1/1000, etc., and the axial length is increased to 100 to 500 m, etc. Divided into 20 to 50m, equipped with generators 1 etc. on both sides, provided in the turbine outer box 77a at the optimum interval, provided at the optimum interval, and provided at a number of strength and magnitude intervals according to the injection mass Turbine blade 8 Is expanded and expanded in the radial direction of the outer peripheral axis of the cylindrical body 8e in accordance with the application output, and the all-blade spring vehicle water turbine 8b is made to be in rolling contact with the friction loss reducing means such as the heating high temperature means 3B to increase to a drop of 1000m. Aiming for 500 to 1000 times the amount of existing hydroelectric power generation.

図４の太陽光加熱器２の実施例４は、既存水力発電所の広大な水面やその他各種水面を利用して、発泡プラスチック等の断熱材２ｃを半筒外箱７７Ｂで囲って半円等の長大な筒を設けて、その中に耐熱材２Ａを設けて水５２ｂ管を熱吸収材２Ｂを含めて具備し、上部に長大な長レンズ２ｄを継手８０Ａ＋締付具８０Ｂで密封真空可能に複数設け、長手方向には継手８０Ａで限り無く延長可能にする等、既存技術で真空等として断熱して太陽光を水５２ｂ管に集中して、長レンズ２ｄの幅や長さ増大で水５２ｂの温度を急速上昇して用途に合せた温度に上昇し、既存のレンズ断面やレンズ材質全部を選択可能として、半円長大筒状等の太陽光加熱器２を水上非常に僅少な動力で太陽光と直角を維持し、太陽光の屈折を利用して水５２ｂ管に太陽光を集中して、限り無く大量の水５２ｂを燃料費０ＣＯ２排気０で高温とし、揚水ポンプ１Ｈ複数回昇圧水温摂氏３７４度２４ＭＰａに近付け、太陽熱増大吊橋２ｂの水５２ｂ管に送水します。   Example 4 of the solar heater 2 in FIG. 4 uses a vast water surface of an existing hydroelectric power station and other various water surfaces, and surrounds a heat insulating material 2c such as foamed plastic with a half-cylinder outer box 77B, and so on. Is provided with a heat-resistant material 2A, a water 52b tube including the heat absorbing material 2B, and a long long lens 2d on the upper part, which can be vacuum-sealed with a joint 80A + clamp 80B. By providing a plurality of them and extending them in the longitudinal direction as much as possible with the joint 80A, heat insulation as a vacuum or the like with existing technology concentrates the sunlight on the water 52b tube, and increases the width or length of the long lens 2d to increase the water 52b. The temperature of the tube rises to a temperature suitable for the application, and the existing lens cross section and all lens materials can be selected. Maintains a right angle with the light and uses the refraction of sunlight to make the sun in the water 52b tube. To concentrate, to a high temperature in the fuel costs 0CO2 exhaust 0 large amounts of water 52b without limit, pumping pump 1H close to the multiple times boost water temperature Celsius 374 degrees 24MPa, and water supply to the water 52b tube of solar thermal increased suspension bridge 2b.

図５の太陽熱増大吊橋２ｂ実施例５長レンズ２ｄは、前記と略同様に構成して複数を更に幅方向に締付具８０Ｂで締付密封し、太陽光と直角に設けて吊具左２ｆ吊具右２ｇの最上部で左右を上下に移動して、太陽熱増大吊橋２ｂを太陽光の移動方向に合せて傾斜太陽光との直角受光とし、複数の水５２ｂ管に複数の長レンズ２ｄをセットで設けて、加熱温度に合せた長レンズ２ｄの幅で複数具備して断熱や焦点距離の短縮を可能にし、太陽熱増大吊橋２ｂを発泡プラスチック等の断熱材２ｃで構成保温して、落差を３００〜１０００ｍに増大の過程で複数の水５２ｂ管水温３７４度２４ＭＰａ等とし、水噴射ポンプ６ｚより４００ＭＰａ前後で噴射して、対向直列全動翼弾み車水タービン８Ｋ乃至直列全動翼弾み車水タービン８Ｌを駆動し、目標としては同一水量既存水力発電の５００〜１０００倍発電量狙いとして、排気の過程では貯水池の低温水で気化熱を冷却して最大真空とし、復水は繰り返し太陽光加熱器２及び太陽熱増大吊橋２ｂで集光摂氏３７４度以下で使用して、夫々の内部高温空気２８ａは熱ポンプ１Ｇで圧縮繰り返し６００〜１０００度として水５２ｂを加熱し、発電量に合せた水温に上昇して、繰り返し非常に安価な水力発電とし、水力発電蓄電池駆動各種自動車類全盛や水力発電蓄電池駆動各種船舶類全盛や全面電化住宅全盛にします。   5 is constructed in substantially the same manner as described above, and a plurality of lenses are further tightened and sealed with a fastening tool 80B in the width direction, and provided at a right angle to the sun light. Move right and left up and down at the uppermost part of the right 2g of the hanging tool, make the solar thermal augmentation suspension bridge 2b receive light at right angles to the inclined sunlight in accordance with the moving direction of sunlight, and a plurality of long lenses 2d on a plurality of water 52b tubes. It is provided as a set, and a plurality of long lenses 2d corresponding to the heating temperature are provided so that heat insulation and focal length can be shortened, and the solar thermal suspension suspension bridge 2b is constituted by a heat insulating material 2c such as foamed plastic to keep the head low. In the process of increasing to 300-1000 m, the water temperature of the plurality of water 52b pipes is set to 374 degrees 24 MPa, etc., and is injected at around 400 MPa from the water injection pump 6z, and the opposed series all blade impeller water turbine 8K to the series all blade impeller water turbine 8L. Drive the The target is the same amount of water 500 to 1000 times the amount of existing hydroelectric power generation. In the exhaust process, the heat of vaporization is cooled by the low-temperature water of the reservoir to make the maximum vacuum, and the condensate is repeated repeatedly with the solar heater 2 and the solar thermal expansion suspension bridge. Concentrated at 374 degrees Celsius or less in 2b, each internal high temperature air 28a is compressed repeatedly with heat pump 1G to heat water 52b at 600 to 1000 degrees, and rises to a water temperature that matches the amount of power generation. It will be a low-priced hydroelectric power generation, and it will make all kinds of automobiles driven by hydroelectric power storage batteries, all kinds of ships powered by hydroelectric power storage batteries, and all electric houses prime.

ＣＯ２排気０の理論最良エンジン水力発電により、既存世界発電量を大幅に超えて、非常に安価な水力発電蓄電池駆動各種自動車類全盛や、蓄電池駆動各種船舶類全盛や全面電化住宅全盛にして、地球温暖化防止する可能性があります。   Theoretical best engine hydroelectric power generation with zero CO2 emissions greatly surpasses the existing world power generation, and the prime of various low-cost hydroelectric storage battery-powered automobiles, the accumulation of various battery-powered ships and full-scale electrified housing, There is a possibility to prevent global warming.

対向直列全動翼弾み車水タービン８Ｋ重力加速度利用の断面図（実施例１）Cross section of opposed series full blade impeller water turbine using 8K gravity acceleration (Example 1) 直列全動翼弾み車水タービン８Ｌで重力加速度利用の断面図（実施例２）Cross-sectional view of using gravity acceleration in series all blade impeller water turbine 8L (Example 2) 直列全動翼弾み車水タービン８Ｋ８Ｌ＋発電機の断面図（実施例３）Cross-sectional view of series full blade impeller water turbine 8K8L + generator (Example 3) 太陽光加熱器２の説明図（実施例４）Explanatory drawing of the solar heater 2 (Example 4) 太陽熱増大吊橋２ｂ＋水熱交換器２Ｙの説明図（実施例５）Explanatory drawing of solar heat increase suspension bridge 2b + water heat exchanger 2Y (Example 5)

符号の説明Explanation of symbols

１：発電機、 １Ｂ：酸素量増大手段、 １Ｆ：水ポンプ、 １Ｇ：熱ポンプ、 １Ｈ：揚水ポンプ、 ２：太陽光加熱器（水面浮上長レンズ複数段で太陽光追跡） ２ａ：復水器、 ２ｂ：太陽熱増大吊橋（吊具左右を上下して長レンズ複数段で太陽光追跡） ２ｃ：断熱材、 ２ｄ：長レンズ、 ２ｅ：水面、 ２ｆ：吊具左、 ２ｇ：吊具右、 ２Ｙ：水熱交換器、 ３：摩擦損失低減手段（撥水作用や加熱高温手段等で摩擦損失を低減） ３Ａ：撥水作用（水との摩擦損失低減手段） ３Ｂ：加熱高温手段（電気抵抗や電磁加熱等既存技術で高温にする） ３Ｃ：冷熱回収手段、 ３Ｇ：撥水作用（水銀との摩擦損失低減手段） ４Ａ：タービン翼断面（既存断面） ４Ｂ：タービン翼断面（出力面湾曲少断面） ４Ｃ：タービン翼断面（出力面直線断面） ４Ｄ：タービン翼断面（出力反対面直線断面） ４Ｅ：タービン翼断面（出力反対面湾曲少断面） ４Ｆ：タービン翼断面（既存の反対断面） ４Ｘ：タービン翼断面（４Ａ〜４Ｆより選択断面） ６：ノズル、 ６ａ：ノズル噴射部、 ６ｂ：ノズル噴射部、 ６ｄ：ノズル噴射部、 ６ｚ：水噴射ポンプ、 ７：燃料噴射弁、 ８ａ：全動翼弾み車ガスタービン、 ８ｂ：全動翼弾み車水タービン（全動翼水タービン）、 ８ｃ：タービン翼、 ８ｄ：側板、 ８ｅ：円筒胴、 ８Ｋ：対向直列全動翼弾み車タービン（対向直列全動翼弾み車水銀タービン対向直列全動翼弾み車水タービン対向直列全動翼弾み車ガスタービン）、 ８Ｌ：直列全動翼弾み車タービン（直列全動翼弾み車水銀タービン直列全動翼弾み車水タービン直列全動翼弾み車ガスタービン）、 １１Ａ：隔壁、 １１Ｂ：水室 １１Ｃ：空気室、 ２８ａ：空気、 ２８ｂ：圧縮空気熱量、 ４９：燃焼ガス、 ４９Ｂ：煙突燃焼ガス熱量、 ４９Ｃ：工場使用熱量、 ５１：空気抽出器、 ５２ａ：水、 ５２ｂ：水（天気で温度が変る水） ５２ｂ：高温水、 ８０Ａ：継手、 ８１：支軸、 ８１ａ：支点、   DESCRIPTION OF SYMBOLS 1: Generator, 1B: Oxygen amount increasing means, 1F: Water pump, 1G: Heat pump, 1H: Pumping pump, 2: Solar heater (Sunlight tracking with multiple stages of surface floating lens) 2a: Condenser 2b: Solar thermal augmentation suspension bridge (tracking sunlight with a plurality of long lenses by moving the suspension left and right) 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: suspension left, 2g: suspension right, 2Y : Water heat exchanger, 3: Friction loss reducing means (reducing friction loss by water repellent action or heating high temperature means, etc.) 3A: Water repellent action (friction loss reducing means with water) 3B: Heating high temperature means (electric resistance or 3C: Cooling heat recovery means, 3G: Water repellent action (means for reducing friction loss with mercury) 4A: Turbine blade cross section (existing cross section) 4B: Turbine blade cross section (output surface curved small cross section) 4C: Turbine blade cross section Cross section) 4D: Turbine blade cross section (output opposite surface linear cross section) 4E: Turbine blade cross section (output opposite surface curved small cross section) 4F: Turbine blade cross section (existing opposite cross section) 4X: Turbine blade cross section (selected cross section from 4A to 4F) 6): Nozzle, 6a: Nozzle injection unit, 6b: Nozzle injection unit, 6d: Nozzle injection unit, 6z: Water injection pump, 7: Fuel injection valve, 8a: Full blade impeller gas turbine, 8b: Full blade impeller 8c: Turbine blade, 8d: Side plate, 8e: Cylindrical cylinder, 8K: Opposing series full rotor blade pusher turbine (opposing series full bucket pusher mercury turbine opposed series full bucket pusher water turbine Opposite series full blade propeller gas turbine), 8L: series full blade propeller turbine (series full bucket propeller mercury turbine series full bucket propeller water turbine series full bucket bullet Car Gas Turbine), 11A: Partition, 11B: Water Chamber 11C: Air Chamber, 28a: Air, 28b: Compressed Air Calorie, 49: Combustion Gas, 49B: Chimney Combustion Gas Calorie, 49C: Factory Calorie, 51: Air Extraction , 52a: water, 52b: water (water whose temperature changes depending on the weather) 52b: high temperature water, 80A: joint, 81: support shaft, 81a: fulcrum,

Claims (5000)

理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravity acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。辞書   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration are further accelerated vertically downward, and divided into multiple sets of long lenses (2d) with fastening tools (80B) to increase power generation Various energy conservation cycle coalescence engine aiming for. dictionary 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Vaporization explosive force + gravitational acceleration added in the vertical direction Accelerating vertically downward, a long lens (2d) selected from existing materials is used to increase the amount of power generation. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Vaporization explosive force + gravitational acceleration in vacuum Accelerate vertically downward and increase the concentrated power generation amount from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration is accelerated in the vertical downward direction, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescence engines that aim to increase power generation by increasing. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by providing a set. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining in the vicinity. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescence engines that aim to increase power generation by increasing. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by providing a set. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining in the vicinity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing a set of tightened multiple long lenses (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) Is an energy conservation cycle coalescence engine that aims to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, select cross-sectional length lens from existing lens cross section ( Various energy storage cycle coalescence engines aiming to increase the amount of concentrated power generation in sunlight (52b) pipe in 2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation length is close to vacuum Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining the lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from the sunlight to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Various energy conservation cycle coalescence engine that accelerates explosion force + gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section length lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Additional energy conservation cycle coalescence engine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and maintaining heat insulating long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to maximize the same amount of water Various energy conservation cycle coalescence engines aiming at power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engines that accelerate downward and aim for the same maximum water generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Additional energy storage cycle coalescing engine aiming at the same maximum water generation by accelerating explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates gravitational acceleration vertically downward and aims at the same maximum water generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Additional energy acceleration cycle combined engine that accelerates gravity acceleration vertically downward and aims for the same maximum water generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop increase + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downwards, the width of the long lens (2d) of the split clamp (80B) clamp Various energy conservation cycle coalescing engines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a head increase + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) ) Is a set of various energy storage cycle coalescence engines that aim to increase power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, select production length lens (2d) from existing materials and increase power generation amount Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the drop + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight from the existing lens cross section is selected with the selected cross section length lens (2d) ( 52b) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the drop + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining a right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half cylinder outer box (77B) in a vacuum including vaporization explosive force + gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B), and vaporization explosive force + gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines aiming to increase the amount of power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) In addition to vaporization explosive force + gravitational acceleration in the vertical downward direction, select from existing materials Various energy storage cycle coalescing engines aiming to increase power generation by making the lens (2d) long. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) In the vacuum, the vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and selected cross section from existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation with long lens (2d) into sunlight (water 52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half cylinder outer box (77B) In the vacuum, the vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the part close to the vacuum Various energy conservation cycle coalescence engine that aims to increase power generation by maintaining long lens (2d) of heat insulation and sunlight near right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Long-length lens with split clamp (80B) tightening by accelerating vaporization explosive force + gravitational acceleration vertically downward in vacuum Various energy storage cycle coalescence engines that aim to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Accelerate the vaporization explosive force + gravitational acceleration vertically downward in the vacuum, and divide and tighten the fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) Accelerate vaporization explosive force + gravitational acceleration vertically downward, and select a long production lens (2d) from existing materials As an energy conservation cycle coalescence engine that aims to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to increase the length of the solar thermal suspension suspension bridge (2b) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward in the vacuum, and from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation from sunlight into water (52b) pipes. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Addition of vaporization explosive force + gravitational acceleration in vacuum vertically downward, heat insulation long lens (2d ) And various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-enhanced suspension bridge (2b) enabling vacuum at joint (80A) Additional acceleration of vaporization explosive force + gravitational acceleration downward in vacuum, length of split fastener (80B) tightening Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-powered suspension bridge (2b) that enables vacuuming with joint (80A) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward in the vacuum, divided and clamped (80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Accelerate vaporization explosive force + gravitational acceleration vertically downward, select from existing materials Select production length lens (2d) Various energy conservation cycle coalescing engines aiming to increase power generation as long. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Add vaporization explosive force + gravitational acceleration in the vacuum vertically downward, select cross section long lens (2d) from existing lens cross section Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Adds vaporization explosive force + gravitational acceleration in vacuum vertically and insulates long lens (close to vacuum) 2d) and various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various types aiming to increase power generation by selecting a long lens (2d) to be selected from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is water from the existing lens cross section with a selected cross section long lens (2d) (52b) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully energize houses with hydroelectric power generation + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines that aim to increase power generation while maintaining the above. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split clamp (80B) Various energy conservation cycle coalescing engines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) ) Is a set of various energy storage cycle coalescence engines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and sunlight from the existing lens cross section (2d) with selected long lens (2d) 52b) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight in the part close to vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining a right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heater (2) that is long with joint (80A) + vaporization explosive force + gravitational acceleration in vacuum is further vertically accelerated, divided and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation with a joint (80A) lengthened solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines that aim to increase power generation by making the production long lens (2d) long. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by maintaining a long lens (2d) that is thermally insulated in part and sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum is further accelerated vertically and divided Various energy storage cycle coalescence engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) (2b) Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from sunlight to the water (52b) pipe with a long section lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downwards closer to vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, the length of split fastener (80B) tightening Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward and divided and clamped (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, select manufacturing long lens (2d) from existing materials Various energy conservation cycle coalescing engines aiming to increase power generation as long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to select a long section lens (2d) from the existing lens section Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and a long lens for heat insulation in the part close to the vacuum ( 2d) and various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically, split and tightening tool (80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of tightened multiple long lenses (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) Is an energy conservation cycle coalescence engine that aims to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward to select a cross-section long lens from the existing lens cross-section ( Various energy storage cycle coalescence engines aiming to increase the amount of concentrated power generation in sunlight (52b) pipe in 2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and insulation is long in the part close to vacuum Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining the lens (2d) and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines that accelerate further downward vertically and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines that accelerate further downward vertically and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Additional energy storage cycle coalescence engine that accelerates further vertically downward and aims to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates further vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Additional energy conservation cycle coalescence engine that accelerates further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a large joint (80A) to increase the solar heat suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy storage cycle coalescing engines aiming to increase the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a large joint (80A) to increase the solar heat suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house flourishing + Solar heater (2) Internal air compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines aiming to increase power generation by making the long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation with sunlight in the water (52b) pipe with a long section lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part approaches vacuum A long-heat-insulating lens (2d) and various types of energy storage cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross-section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from the sunlight to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar air heater (2) The internal air (28a) is recovered by compression heat by the heat pump (1G) + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating, dividing, and providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and lengthening the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Various energy conservation cycle coalescence engine that heats water (52b) + accelerates vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, and aims to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and combine various energy storage cycles to increase power generation organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to save energy to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycle coalescence engines aiming to increase power generation by selecting a long lens (2d) for production from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycles aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat is stored in a part close to the vacuum to maintain heat insulation long lens (2d) and sunlight near right angles to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Various energies aiming to increase the amount of power generation by heating / vacuum vaporization force + gravity acceleration is further accelerated vertically downward and divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vertical pressure downwards by vaporization explosive force + gravitational acceleration in heating + vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heat + Vacuum vaporization explosive force + Gravitational acceleration is further accelerated vertically downward, and sunlight is transferred from the existing lens cross section to the water (52b) tube with the selected cross-section long lens (2d) to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Various energy conservation cycle coalescence engine that accelerates explosion force + gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section length lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Additional energy conservation cycle coalescence engine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and maintaining heat insulating long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various kinds of aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to be long with joint (80A) (2b) Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into multiple energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) with fasteners (80B) as a set . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is added to the various energy conservation cycle coalescence engines aiming to increase the power generation amount by increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long-insulated lens (2d) and sunlight are kept in the vicinity of a right angle near the vacuum, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + gravity acceleration in vacuum The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating fuel injection and combustion + vaporization explosive force in vacuum + gravity acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the right angle in a part close to vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically further and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy conservation cycle coalescence engines that accelerate acceleration further downward vertically and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy conservation cycle coalescing engines that accelerate the acceleration vertically downward and maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to the vacuum, and various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar gas heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating, dividing, and providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and lengthening the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force + gravity acceleration in vacuum additional vertical acceleration, split vertically and tighten Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make all-electric houses prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downwards, approaching vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by maintaining a long lens (2d) that is thermally insulated in part and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the clamp (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines aiming to increase the power generation amount by making the production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from sunlight to the water (52b) pipe with a long section lens (2d) selected from the section. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Solar gas heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by keeping the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the vicinity. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescence engines that aim to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining light near right angles. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the range of power. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescence engines that aim to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining light near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines aiming to increase the amount of power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery storage Various water types + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines aiming to increase power generation by making the lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries, + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, selected cross section from existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation with long lens (2d) into sunlight (water 52b) pipe. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive storage batteries + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward at the part close to vacuum Various energy conservation cycle coalescence engine that aims to increase power generation by maintaining long lens (2d) of heat insulation and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines that accelerate vaporization explosive force + gravitational acceleration vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy storage cycle coalescing engines that aim to increase power generation by splitting and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy storage cycle coalescing engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engine that accelerates explosion force + gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section length lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Additional energy conservation cycle coalescence engine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and maintaining heat insulating long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescence engines aiming at the same water maximum power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A combined energy storage cycle engine that accelerates vertically downward and aims at the same maximum water output. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy conservation cycle coalescing engines aiming for the same maximum water generation by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Additional energy storage cycle coalescing engine aiming at the same maximum water generation by accelerating explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Additional energy storage cycle coalescence engine that accelerates vaporization explosive force + gravitational acceleration vertically downward and aims for the same maximum water output. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1,200m + a solar surface heater such as a surface-floating type (2) + additional vaporization explosive force + gravity acceleration in a vacuum vertically and split fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum further vertically accelerated, divided and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by 1200m + solar floating heater such as a surface-floating type (2) + vaporization explosive force in vacuum + gravity acceleration accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1200m + a solar surface heater such as a surface-floating type (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravity acceleration in vacuum accelerated vertically downward, approaching vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by maintaining a long lens (2d) that is thermally insulated in part and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase power generation by splitting and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with fasteners (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d) 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split and tightening tool ( 80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing a plurality of tightened multiple long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to make all-electric houses prime with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected cross section length from existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation with sunlight (52d) through the lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to insulate the part near the vacuum Long energy lens (2d) and various energy conservation cycle coalescing engines aiming to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery-powered vehicles with hydroelectric power generation + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to selectively manufacture from existing materials Various energy storage cycle coalescing engines aiming to increase power generation by making the long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross-sections Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation with sunlight in the water (52b) pipe with a long section lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water-floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, close to vacuum A long-heat-insulating lens (2d) and various types of energy storage cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating and dividing, and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating to the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energy storage cycle coalescing engines aiming to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by making the production long lens (2d) long from the material. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from a lens cross section to a water (52b) pipe with sunlight by a long lens (2d) of a selected cross section. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) which is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle in the part close to. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase power generation by splitting and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and split fastener (80B) tightened Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the attached long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B ) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of tightened multiple long lenses (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify the house with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens ( Various energy storage cycle coalescing engines aiming to increase power generation by making 2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and selected cross section long lens from existing lens cross section Various energy storage cycle coalescence engines aiming at increasing the amount of concentrated power generation in (2d) sunlight into water (52b) pipes. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, insulation in the part near the vacuum Various energy storage cycle coalescence engine that aims to increase power generation by maintaining long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered various automobiles + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + water-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, split and tightening tool (80B) Various energy storage cycle coalescing engines aiming to increase the amount of power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various automobiles + surface-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines aiming to increase power generation by making the lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and selected cross section from existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation with long lens (2d) into sunlight (water 52b) pipe. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward in the part approaching the vacuum Various energy conservation cycle coalescence engine that aims to increase power generation by maintaining long lens (2d) of heat insulation and sunlight near right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating and dividing, and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the process and increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened by division Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the clamp (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to fully electrify the house + surface floating solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines aiming to increase the power generation amount by making the production long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified home primed + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from sunlight to the water (52b) pipe with a long section lens (2d) selected from the section. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by keeping the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the vicinity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescing engines that aim to increase power generation by splitting and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescing engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosive force + gravitational acceleration in vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Collecting + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple lenses (2d) for tightening fasteners (80B) and various energies aimed at increasing power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Various energy storage cycle coalescence engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum vertically. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various types of energy storage aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining a long thermal insulation lens (2d) and sunlight near right angles near the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Various energy conservation cycle coalescence engine that accelerates explosion force + gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section length lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Additional energy conservation cycle coalescence engine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and maintaining heat insulating long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Various energy conservation cycle coalescing engines that accelerate vaporization explosive force + gravitational acceleration vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy storage cycle coalescence engines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy storage cycle coalescing engines that accelerate vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the power generation amount by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and maintains the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and various energy storage cycles aiming to increase power generation by making the selected production length lens (2d) long from existing materials Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various kinds of aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Various energy conservation cycle coalescing engines that accelerate vaporization explosive force + gravitational acceleration vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Various energy conservation cycle coalescence engine that heats water (52b) + accelerates vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, and aims to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and combine various energy storage cycles to increase power generation organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to save energy to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycle coalescence engines aiming to increase power generation by selecting a long lens (2d) for production from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycles aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat is stored in a part close to the vacuum to maintain heat insulation long lens (2d) and sunlight near right angles to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Various energies aiming to increase the amount of power generation by heating / vacuum vaporization force + gravity acceleration is further accelerated vertically downward and divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vertical pressure downwards by vaporization explosive force + gravitational acceleration in heating + vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heat + Vacuum vaporization explosive force + Gravitational acceleration is further accelerated vertically downward, and sunlight is transferred from the existing lens cross section to the water (52b) tube with the selected cross-section long lens (2d) to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engine that accelerates explosion force + gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section length lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Additional energy conservation cycle coalescence engine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and maintaining heat insulating long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and various energy storage cycles aiming to increase power generation Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for tightening the fastener (80B) and various energies aimed at increasing power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycle coalescence engines aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is transferred from the existing lens cross section to the water (52b) tube with the selected cross-section long lens (2d) to save various energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and save various energy to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase the power generation amount by increasing the length of the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the vacuum, aiming to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy conservation cycle coalescing engines that accelerate force + gravity acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating the force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated on the water (52b) pipe from the existing lens cross-section by accelerating the force + gravitational acceleration vertically downward with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines that accelerate vaporization explosive force + gravitational acceleration vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that accelerate vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the power generation amount by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and maintains the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines aiming to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy storage cycle coalescing engines that aim to increase the amount of power generation by making the production long lens (2d) long from the material. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from a lens cross section to a water (52b) pipe with sunlight by a long lens (2d) of a selected cross section. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle in the part close to. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescence engines that aim to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long As an energy conservation cycle coalescence engine that aims to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation from sunlight into water (52b) pipes. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescence engines that aim to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long As an energy conservation cycle coalescence engine that aims to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation from sunlight into water (52b) pipes. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar thermal increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships plentiful + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from the sunlight to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to approach vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energies aiming to increase the amount of power generation by heating / vacuum vaporization force + gravity acceleration is further accelerated vertically downward and divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vertical pressure downwards by vaporization explosive force + gravitational acceleration in heating + vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heat + Vacuum vaporization explosive force + Gravitational acceleration is further accelerated vertically downward, and sunlight is transferred from the existing lens cross section to the water (52b) tube with the selected cross-section long lens (2d) to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward And various energy conservation cycle coalescence engine aiming at the same maximum water output. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Additional energy acceleration cycle combined engine that accelerates gravity acceleration vertically downward and aims for the same maximum water generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, combining various energy storage cycle engines aiming for the same amount of water and maximum power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy conservation cycle coalescing engines aiming for the same maximum water generation by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy storage cycle coalescing engines aiming at the same water maximum power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward in vacuum. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + head increase + solar heat increase suspension bridge (2b) etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration and split Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the clamp (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation by pumping pump (1H) Increase solar head + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines aiming to increase the power generation amount by making the production long lens (2d) long. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from sunlight to the water (52b) pipe with a long section lens (2d) selected from the section. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) + head increase + solar heat increase Suspension bridge (2b), etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by keeping the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the vicinity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating, dividing, and providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and lengthening the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, divided and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and approached vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by maintaining a long lens (2d) that is thermally insulated in part and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2b) such as a solar thermal increase suspension bridge (2b) + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the clamp (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines aiming to increase the power generation amount by making the production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension solar bridge (2b), etc. (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from sunlight to the water (52b) pipe with a long section lens (2d) selected from the section. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increasing suspension bridge (2b) and other solar heaters (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by keeping the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the vicinity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines that accelerate further downward vertically and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating further downward and providing a set of multiple long lenses (2d) that are clamped and tightened with a fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Additional energy conservation cycle coalescence engine that accelerates further vertically downward and aims to increase the power generation amount by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates further vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Additional energy conservation cycle coalescence engine that accelerates further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split and tighten Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines aiming to increase power generation by making the long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increasing suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation with sunlight in the water (52b) pipe with a long section lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part close to vacuum A long-heat-insulating lens (2d) and various types of energy storage cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered cars + Solar thermal suspension suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to cross section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from the sunlight to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat augmentation suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to get closer to vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Various energy conservation cycle coalescence engine that accelerates explosion force + gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section length lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Additional energy conservation cycle coalescence engine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and maintaining heat insulating long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines that accelerate further downward vertically and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating further downward and providing a set of multiple long lenses (2d) that are clamped and tightened with a fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Additional energy conservation cycle coalescence engine that accelerates further vertically downward and aims to increase the power generation amount by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engine that accelerates further vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Additional energy conservation cycle coalescence engine that accelerates further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, increasing the width of the long lens (2d) for fastening the split fastener (80B) and increasing power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) to increase power generation. Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward and maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically further and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescence engines that accelerate acceleration further downward vertically and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines that accelerate the acceleration vertically downward and maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating the water (52b) with the heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from the existing material Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water from selected lens cross section with selected cross-section long lens (2d) (52b) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + vaporizing explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are close to right angle at the part approaching vacuum Various energy conservation cycle coalescing engines that aim to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Various energy conservation cycle coalescence engine that heats water (52b) + accelerates vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, and aims to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energies aiming to increase the amount of power generation by heating / vacuum vaporization force + gravity acceleration is further accelerated vertically downward and divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vertical pressure downwards by vaporization explosive force + gravitational acceleration in heating + vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heat + Vacuum vaporization explosive force + Gravitational acceleration is further accelerated vertically downward, and sunlight is transferred from the existing lens cross section to the water (52b) tube with the selected cross-section long lens (2d) to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity. Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a plurality of long-length lenses (2d) for fastening a fastener (80B). Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy conservation cycles aiming to increase power generation by selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various kinds of aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Various energy conservation cycle coalescing engines that accelerate vaporization explosive force + gravitational acceleration vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) Heating (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various types of energy storage aiming to increase power generation by lengthening the selected production length lens (2d) from the existing material Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel is injected and burned + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase centralized power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel-injected and combusted + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight close to right angle near the vacuum Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating fuel injection and combustion + vaporization explosive force in vacuum + gravity acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into multiple energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) with fasteners (80B) as a set . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is added to the various energy conservation cycle coalescence engines aiming to increase the power generation amount by increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long-insulated lens (2d) and sunlight are kept in the vicinity of a right angle near the vacuum, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Various energy conservation cycle coalescing engines that accelerate vaporization explosive force + gravitational acceleration vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically further and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescence engines that accelerate acceleration further downward vertically and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines that accelerate the acceleration vertically downward and maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescing engines aiming to increase the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight with a selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by maintaining the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating, dividing, and providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and lengthening the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by maintaining a long lens (2d) that is thermally insulated in part and sunlight near right angles. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by maintaining a long lens (2d) that is thermally insulated in part and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating and dividing, and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating to the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosive force + gravitational acceleration in vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Collecting + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple lenses (2d) for tightening fasteners (80B) and various energies aimed at increasing power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Various energy storage cycle coalescence engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum vertically. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and various energy storage cycles aiming to increase power generation by making the selected production length lens (2d) long from existing materials Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Various energy conservation cycle coalescence engine that heats water (52b) + accelerates vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, and aims to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various types of energy storage aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining a long thermal insulation lens (2d) and sunlight near right angles near the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + A combined energy storage cycle engine that accelerates gravitational acceleration vertically downward and aims at the same maximum water generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Various energy conservation cycle coalescence engines aiming at the same water volume maximum power generation by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming at the same water volume maximum power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Various energy conservation cycle coalescence engines aiming at the same water maximum power generation amount by heating water (52b) + accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Energy storage cycle coalescence engine aiming at the same water amount maximum power generation by accelerating the fuel + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum vertically downward. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating, dividing, and providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and lengthening the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is added to the various energy conservation cycle coalescence engines aiming to increase the power generation amount by increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long-insulated lens (2d) and sunlight are kept in the vicinity of a right angle near the vacuum, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically further and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescence engines that accelerate acceleration further downward vertically and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines that accelerate the acceleration vertically downward and maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy storage cycle coalescence engines aiming to increase the amount of power generation by making the selective production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating and dividing, and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating to the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating compression heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically downward. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various types of aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum, aiming to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into multiple energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) with fasteners (80B) as a set . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is added to the various energy conservation cycle coalescence engines aiming to increase the power generation amount by increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long-insulated lens (2d) and sunlight are kept in the vicinity of a right angle near the vacuum, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration The energy storage cycle coalescing engine aims to increase the amount of power generation by accelerating the additional vertical downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration The energy conservation cycle coalescing engine aiming to increase the amount of power generation by accelerating the lower part vertically and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Add various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration The energy conservation cycle coalescence engine that aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A long-heat-insulating long lens (2d) and sunlight are kept in the vicinity of a right angle in the part close to vacuum, and various energy conservation cycle coalescence engines aiming at an increase in power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) is compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a multi-lens (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) with a heat pump (1G), recovering compression heat + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected long lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is taken from the existing lens cross section with the selected cross-section long lens (2d) (52b) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines that aim to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening a fastener (80B), and generating electricity. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( Various energy conservation cycle coalescence engines aiming to increase the power generation amount by increasing the length of the selected production long lens (2d) from existing materials by accelerating compression heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically in 1G). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward and increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight kept at right angle near the part close to vacuum Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Various energy storage cycles aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosive force + gravitational acceleration in vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Collecting + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple lenses (2d) for tightening fasteners (80B) and various energies aimed at increasing power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Various energy storage cycle coalescence engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum vertically. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various types of energy storage aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase power generation by maintaining a long thermal insulation lens (2d) and sunlight near right angles near the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the length of the split fastener (80B) tightening Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically downward, and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated with a compressed water heat exchanger (2Y) and water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward to select a production long lens (2d) from existing materials Various energy conservation cycle coalescing engines aiming to increase power generation as long. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the cross-sectional length lens (2d) selected from the existing lens cross section Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with a compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in the vacuum vertically, and insulate the long lens ( 2d) and various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating the water (52b) with the compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward, the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into a plurality of long lenses (2d) for fastening with a fastener (80B) ) Is a set of various energy storage cycle coalescence engines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, and increase the power generation amount by increasing the length of the selected production length lens (2d) from the existing material Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + accelerating vaporization explosive force + gravity acceleration in vacuum vertically downward, and water from the existing lens cross-section with the selected cross-sectional length lens (2d) ( 52b) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and insulate the long lens (2d) and the sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescence engines that aim to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescence engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum This is a combined engine with various energy conservation cycles that aims to increase the amount of power generation by maintaining a right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and various energy storage cycles aiming to increase power generation by making the selected production length lens (2d) long from existing materials Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and long lens (2d) for split clamp (80B) tightening ) Various energy conservation cycle coalescing engines aiming to increase power generation by increasing the width of. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, divided into multiple lengths of fastening tool (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing a lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + Gravitational acceleration is accelerated in the vertical downward direction in vacuum, and power generation is performed by selecting a selected long lens (2d) from an existing material. Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and sunlight is selected from the existing lens cross section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and heat insulating long lens (2d) is close to the vacuum. Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided to set a multi-lens (2d) tightening fastener (80B) Various energy conservation cycle coalescing engines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat (28b) with water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and various energies aiming to increase power generation by making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is drawn from the existing lens cross section with a selected cross-section long lens (2d) to the water (52b) tube Various energy conservation cycle coalescence engines aiming to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines that aim to maintain and increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heating water (52b) with air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum Various energy conservation cycle coalescing engines that aim to increase power generation while maintaining the above. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Various energy conservation cycle coalescence engine that heats water (52b) + accelerates vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, and aims to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravity acceleration further downward vertically, long lens (80B) tightening split clamp (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravitational acceleration further downward vertically, divided into multiple fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing a long lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection and combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to make the selected production length lens (2d) long Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Water (52b) is heated by compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration is further accelerated vertically downward in the vacuum, and the sun is selected from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines that aim to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to insulate long lens (2d) near the vacuum And various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) The water (52b) is heated in + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for fastening the fastener (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the amount of power generation by making the production length lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Water (52b) is heated + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum is accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines that aim to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by providing a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining in the vicinity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials, and various energy conservation cycle coalescence engines aiming to increase power generation . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increases the maximum force + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening the fastener (80B) to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increased force + Vaporization explosive force + Gravity acceleration in vacuum Accelerating vertically downward, various energy storage cycle coalescing engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase the force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increased power maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Various energy storage cycle coalescing engines that accelerate the acceleration vertically further and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Various energy conservation cycle coalescence engines that accelerate acceleration further downward vertically and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Various energy conservation cycle coalescing engines that accelerate the acceleration vertically downward and maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from the sunlight to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescence engines that aim to increase the amount of concentrated power generation from the sunlight to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by keeping the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle at the part. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right and up and down with suspension + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and save various energy aimed at increasing power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by increasing the length of the selective production long lens (2d) from existing materials by accelerating heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heat water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy storages aiming at increasing power generation by making the selected production length lens (2d) long from existing materials Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, combining various energy storage cycles that aim to increase power generation by lengthening the selected production long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase centralized power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and various parts aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Additional energy acceleration cycle combined engine that accelerates gravity acceleration vertically downward and aims for the same maximum water generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, combining various energy conservation cycle engines aiming at the same amount of water and maximum power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming at the same water volume maximum power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force + Gravity acceleration in vacuum Additional vertical acceleration to various energy conservation cycle coalescence engines aiming at the same water volume maximum power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum Additional vertical acceleration, various energy conservation cycle coalescence engines aiming for the same maximum water generation amount. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy storage cycle coalescence engines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy storage cycle coalescing engines that accelerate vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the power generation amount by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engine that accelerates vertically downward and maintains the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy conservation cycle coalescing engines that accelerate force + gravity acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating the force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated on the water (52b) pipe from the existing lens cross-section by accelerating the force + gravitational acceleration vertically downward with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating and dividing, and providing a set of multiple long lenses (2d) for fastening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by accelerating the process and increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy storage cycle coalescence engines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy storage cycle coalescing engines that accelerate vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the power generation amount by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycle coalescence engine that accelerates vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycle coalescence engine that accelerates vertically downward and maintains the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuuming with a joint (80A) The solar thermal expansion suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines that aim to increase the amount of power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating, dividing, and providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of power generation by accelerating and lengthening the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that aim to increase power generation by accelerating and maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy storage cycle coalescing engines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycle coalescing engines that accelerate downward and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycle coalescence engine that accelerates downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) of the split fastener (80B) and increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening (80B) to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Various energy storage cycle coalescing engines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into various energy storage cycles that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) as a set organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Various energy storage cycle coalescing engines aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravitational acceleration in the vertical direction. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycle coalescence engines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the vicinity of the vacuum, and various energy conservation cycles are combined to aim at increasing power generation. organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically further and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy storage cycle coalescing engines that accelerate the acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy conservation cycle coalescence engines that accelerate acceleration further downward vertically and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy conservation cycle coalescing engines that accelerate the acceleration vertically downward and maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + A combined energy storage cycle engine that accelerates the gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide multiple long lenses (2d) with tightening tools (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Various energy storage cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + An energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Additional energy conservation cycle coalescence engine that accelerates gravity acceleration further vertically downward and maintains heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum, aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by increasing. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by providing a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Heat recovery (28a) with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with the selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle in the part approaching vacuum Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining in the vicinity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for tightening fasteners (80B). Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressed heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, combining various energy storage cycles aiming to increase power generation by making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressed heat recovery with pump (1G) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is concentrated to water (52b) tube with a selected section length lens (2d) from the existing lens section Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are maintained at right angles near the part near the vacuum. Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and combine various energy storage cycles to increase power generation organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to save energy to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycle coalescence engines aiming to increase power generation by selecting a long lens (2d) for production from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycles aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat is stored in a part close to the vacuum to maintain heat insulation long lens (2d) and sunlight near right angles to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and save various energy aimed at increasing power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Various energy conservation cycle coalescence engines aiming to increase the amount of power generation by increasing the length of the selective production long lens (2d) from existing materials by accelerating heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energies aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and various parts aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically, and tighten the split fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines that aim to increase the amount of power generation by providing a set of attached multiple long lenses (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the internal air (28a) with the compressed water heat exchanger (2Y) and heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and selecting from existing materials Long lens (2d) Various energy conservation cycle coalescing engines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, select the cross-section long lens (2d ) And various energy conservation cycle coalescence engines that aim to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y), heat the water (52b) + vaporize explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, heat insulation long lens near the vacuum (2d) and various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy storage cycle coalescing engines aiming to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool. The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescence engines that aim to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool. Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool. Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescence engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum This is a combined engine with various energy conservation cycles that aims to increase the amount of power generation by maintaining a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to divide the clamp (80B) and tighten the long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of power generation by increasing the width of the engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses for fastening the fastener (80B) Various energy storage cycle coalescence engines that aim to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select from existing materials Select the production length lens (2d) as long and generate electricity Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum to accelerate vertically downward, and select sunlight from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum, accelerate vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining light near right angles. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate power. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into a set of multiple long lenses (2d) for fastening fasteners (80B). Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, combining various energy storage cycles aiming at increasing power generation by making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected section length lens (2d) from the existing lens section Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heat water (52b) + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, and keep heat insulating long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heat water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy storages aiming at increasing power generation by making the selected production length lens (2d) long from existing materials Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase centralized power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Accelerating vaporization explosive force + gravitational acceleration in vacuum vertically, long lens for split clamp (80B) tightening ( Various energy storage cycle coalescing engines that aim to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing a long lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the water (52b) with the compressed air calorie (28b) of the internal air calorie + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select the existing production material from the long lens (2d) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and the sun is selected with a long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines that aim to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the water (52b) with the compressed air calorie (28b) of the internal air calorie + vaporizing explosive force + gravitational acceleration in the vacuum, vertically accelerating vertically downward, heat insulating long lens (2d) And various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heating water (52b) with air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum Various energy conservation cycle coalescing engines that aim to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescence engines that aim to increase power generation by increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by providing a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by making the selected long lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and sunlight is converted into water (52b) from the existing lens cross section with a selected cross section long lens (2d). ) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining in the vicinity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energy storage cycle coalescing engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production long lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, long lens for split clamp (80B) tightening Various energy storage cycle coalescence engines that aim to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration, select production length lens (2d) is long from existing materials As an energy conservation cycle coalescence engine that aims to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescence engines aiming to increase the amount of concentrated power generation using sunlight as a water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) for heat insulation at the part approaching the vacuum ) And various energy conservation cycle coalescence engines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescence engines that aim to increase power generation by providing a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy conservation cycle coalescence engines that aim to increase power generation by maintaining in the vicinity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel is injected and burned + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening (80B) ) Is a set of various energy storage cycle coalescence engines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is moved left and right with a lifting tool + solar heater (2) (2b) Compressed air heat ( 28b) Heat water (52b) + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward to increase the amount of power generation by increasing the selected production length lens (2d) from the existing material Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( Water (52b) is heated in 28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, and sunlight is converted to water (2d) from the existing lens cross section with the selected cross section long lens (2d). 52b) Various energy storage cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by maintaining a right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and various energy conservation cycle coalescence engines aiming to increase power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is increased from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d). Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum Additional vertical acceleration accelerates and maintains heat insulation long lens (2d) and sunlight in the vicinity of the right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy conservation cycle coalescing engines aiming to increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, combining various energy storage cycles that aim to increase power generation by lengthening the selected production long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy conservation cycle coalescing engines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Explosive force increased to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple sets of long lenses (2d) for fastening (80B) to increase power generation Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Various energy conservation cycle coalescence engines aiming to increase power generation by increasing the maximum explosive force + vaporizing explosive force in vacuum + gravitational acceleration vertically downward, and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increase explosion power to maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, increases heat generation by maintaining long lens (2d) and sunlight near right angle near vacuum Various energy conservation cycle coalescence engine aiming for. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), and the solar thermal increase suspension bridge (2b) are moved up and down with the lifting tool. Various energy storage cycle coalescence engines that aim to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration vertically downward in vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Various energy storage cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Various energy storage cycle coalescence engines that aim to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction in vacuum, and various energy conservation cycles are combined to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Various energy conservation cycles aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle near the vacuum Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and combine various energy storage cycles to increase power generation organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to save energy to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycle coalescence engines aiming to increase power generation by selecting a long lens (2d) for production from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and various energy storage cycles aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat is stored in a part close to the vacuum to maintain heat insulation long lens (2d) and sunlight near right angles to save various energy. Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Various energy storage cycle coalescing engines that accelerate the gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for tightening the fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engine that accelerates gravitational acceleration vertically downward and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle in the part close to vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy storage cycle coalescing engines aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy conservation cycle coalescing engines that accelerate force + gravity acceleration vertically downward, divide and provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy conservation cycle coalescence engines that aim to increase power generation by accelerating the force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy conservation cycle coalescence engines that aim to increase the amount of power generation concentrated on the water (52b) pipe from the existing lens cross-section by accelerating the force + gravitational acceleration vertically downward with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy conservation cycle coalescing engines aiming to increase power generation by accelerating force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravity acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration are further accelerated vertically downward, and divided into multiple sets of long lenses (2d) with fastening tools (80B) to increase power generation Various energy conservation cycle coalescing engines with multistage stages of opposed series full blade impeller water turbine aiming at 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical Best Engine Hydropower Generation Vaporization Explosive Force + Gravity Acceleration in Vacuum Accelerates vertically downwards, opposes all-in-one full blade impeller water turbine aiming to increase power generation by selecting a long production lens (2d) from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Vaporization explosive force + gravitational acceleration in vacuum Accelerate vertically downward and increase the concentrated power generation amount from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration is accelerated in the vertical downward direction, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescing engines with multistage stages of opposed series full blade impeller water turbine aiming at 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を対向直列全動翼弾み車水タービンを多段に設けた狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) As a set, various energy storage cycle coalescing engines aiming at increasing power generation amount with opposed series full blade impeller water turbine provided in multiple stages. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining in the vicinity. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining in the vicinity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split fastener (80B) tightening Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) Is an energy saving cycle coalescence engine with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, select cross-sectional length lens from existing lens cross section ( Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe in 2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation length is close to vacuum Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining the lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Multi-stage opposed series full blade impeller water turbine aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Add an opposing series full blade impeller water turbine that accelerates the explosion force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating the explosive force + gravitational acceleration vertically downward and maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to maximize the same amount of water Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbine aiming at power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that accelerate downward and aim for the same maximum water production. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming for maximum power generation with the same amount of water by accelerating explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescing engines with multistage stages of opposed series full blade impeller water turbines aiming at the same maximum water generation by accelerating gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum amount of water generation by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop increase + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downwards, the width of the long lens (2d) of the split clamp (80B) clamp Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a head increase + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) ) In a set of various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, select production length lens (2d) from existing materials and increase power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the drop + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight from the existing lens cross section is selected with the selected cross section length lens (2d) ( 52b) Various energy storage cycle coalescence engines provided with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the drop + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half cylinder outer box (77B) in a vacuum including vaporization explosive force + gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B), and vaporization explosive force + gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming at increased power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) In addition to vaporization explosive force + gravitational acceleration in the vertical downward direction, select from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) In the vacuum, the vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and selected cross section from existing lens cross section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with long lens (2d) in water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half cylinder outer box (77B) In the vacuum, the vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the part close to the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Long-length lens with split clamp (80B) tightening by accelerating vaporization explosive force + gravitational acceleration vertically downward in vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Accelerate the vaporization explosive force + gravitational acceleration vertically downward in the vacuum, and divide and tighten the fastener (80B) Various energy storage cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) Accelerate vaporization explosive force + gravitational acceleration vertically downward, and select a long production lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to increase the length of the solar thermal suspension suspension bridge (2b) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward in the vacuum, and from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) Add vaporization explosive force + gravitational acceleration in the vacuum vertically downward, heat insulation long lens (2d ) And various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-enhanced suspension bridge (2b) enabling vacuum at joint (80A) Additional acceleration of vaporization explosive force + gravitational acceleration downward in vacuum, length of split fastener (80B) tightening Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-powered suspension bridge (2b) that enables vacuuming with joint (80A) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward in the vacuum, divided and clamped (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by providing a plurality of long lenses (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Accelerate vaporization explosive force + gravitational acceleration vertically downward, select from existing materials Select production length lens (2d) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase power generation as long as possible. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Add vaporization explosive force + gravitational acceleration in the vacuum vertically downward, select cross section long lens (2d) from existing lens cross section Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Adds vaporization explosive force + gravitational acceleration in vacuum vertically and insulates long lens (close to vacuum) 2d) and various energy conservation cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to fully electrify the house + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, oppose the aim to increase the power generation amount by selecting a long lens (2d) that is selected from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is water from the existing lens cross section with a selected cross section long lens (2d) (52b) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully energize houses with hydroelectric power generation + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split clamp (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) ) In a set of various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and sunlight from the existing lens cross section (2d) with selected long lens (2d) 52b) Various energy storage cycle coalescence engines provided with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight in the part close to vacuum Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum In addition, various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heater (2) that is long with joint (80A) + vaporization explosive force + gravitational acceleration in vacuum is further vertically accelerated, divided and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation with a joint (80A) lengthened solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight with the selected section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum is further accelerated vertically and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) (2b) Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downwards closer to vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, the length of split fastener (80B) tightening Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward and divided and clamped (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by providing a plurality of long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, select manufacturing long lens (2d) from existing materials Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase power generation as long as possible. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to select a long section lens (2d) from the existing lens section Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and a long lens for heat insulation in the part close to the vacuum ( 2d) and various energy conservation cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, split fastener (80B) tightening Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically, split and tightening tool (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) Is an energy saving cycle coalescence engine with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward to select a cross-section long lens from the existing lens cross-section ( Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe in 2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and insulation is long in the part close to vacuum Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining the lens (2d) and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy storage with multiple stages of opposed series full blade impeller water turbines that accelerate further downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines that aim to increase power generation by accelerating further downward and providing multiple long lenses (2d) that are split and tightened with fasteners (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating further vertically downward from the existing lens cross section to the water (52b) pipe with sunlight from the selected cross section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines that aim to increase power generation by accelerating further vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part approaching vacuum Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house flourishing + Solar heater (2) Internal air compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Various energy storage cycle coalescence engines with multistage stages of opposed series full-blade propulsion wheel water turbines aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the long section lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part approaches vacuum Various energy storage cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining a long lens (2d) of heat insulation and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross-section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating and splitting and providing a set of multiple long lenses (2d) for fastening fasteners (80B) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that accelerate and aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series all blade impeller water that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, increasing the width of the long lens (2d) of the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B), and a series of opposed series aiming to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) is selected from existing materials, and the opposed series full blade impeller water turbine is provided in multiple stages to increase power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and opposed series full-motion aiming to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the opposed series all aiming to increase power generation by maintaining the long lens (2d) of heat insulation and sunlight at right angles near the vacuum. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + vaporization explosive force in vacuum + gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series full blade impeller water turbine is installed in multiple stages aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the cross section of the existing lens to the water (52b) pipe is selected with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and in a series close to the vacuum, the heat insulating long lens (2d) and sunlight are kept in the vicinity of a right angle to oppose the series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Multi-stage opposed series full blade impeller water turbine aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Add an opposing series full blade impeller water turbine that accelerates the explosion force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating the explosive force + gravitational acceleration vertically downward and maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the production length lens (2d) longer from existing materials. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is applied to the water (52b) tube from the existing lens cross section with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Accelerating the vaporization explosive force + gravitational acceleration in the vertical direction, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) with fastening tools (80B), and a counter-series full-wing blade wheel that aims to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and it is possible to save energy with multiple series of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series all-wing blade bouncing water that aims to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the part close to the vacuum, and an opposed series all blade impeller that aims to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and facing the increase in power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and an opposed series full blade impeller water turbine that aims to increase power generation with a long selection lens (2d) from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various types of multi-stage opposed series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Accelerate the additional vertical downward, divide and provide multiple long lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity A series of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section was provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating and splitting and providing a set of multiple long lenses (2d) for fastening fasteners (80B) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that accelerate and aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force + gravity acceleration in vacuum additional vertical acceleration, split vertically and tighten Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make all-electric houses prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight with the selected section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downwards, approaching vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, existing materials Various energy conservation cycle coalescing engines with multiple series of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with sunlight (water) on the water (52b) pipe with a long section lens (2d) selected from the cross section. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Solar gas heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the close part. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming at increasing concentrated power generation in water (52b) pipe. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining light near right angles. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming at increasing concentrated power generation in water (52b) pipe. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining light near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B ) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming at increased power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery storage Various water types + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries, + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, selected cross section from existing lens cross section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with long lens (2d) in water (52b) pipe. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive storage batteries + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward at the part close to vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Multi-stage opposed series full blade impeller water turbine aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy storage cycle coalescence engines that are provided with multiple series of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing multiple long lenses (2d) for tightening the fasteners (80B) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to set the opposed series full blade impeller water for increased power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with sunlight selected from the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Add an opposing series full blade impeller water turbine that accelerates the explosion force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposed series full-blade propulsion vehicle water turbine aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating the explosive force + gravitational acceleration vertically downward and maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum and sunlight is kept in the vicinity of a right angle to increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum water production. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming for the same maximum water generation by accelerating vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy conservation cycle coalescing engines with multi-stage opposed series full-blade propulsion water turbines aiming at maximum power generation with the same amount of water by accelerating vaporization explosive force + gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming for maximum power generation with the same amount of water by accelerating explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full-blade propulsion water turbines that aim to achieve the same maximum water output by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1,200m + a solar surface heater such as a surface-floating type (2) + additional vaporization explosive force + gravity acceleration in a vacuum vertically and split fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum further vertically accelerated, divided and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by 1200m + solar floating heater such as a surface-floating type (2) + vaporization explosive force in vacuum + gravity acceleration accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1200m + a solar surface heater such as a surface-floating type (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight with the selected section long lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravity acceleration in vacuum accelerated vertically downward, approaching vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the cross section of the existing lens Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines that are provided with multiple series of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing multiple long lenses (2d) for tightening the fasteners (80B) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with sunlight selected from the long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight of the selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy conservation cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split and tightening tool ( 80B) Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming at increased power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make all-electric houses prime with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected cross section length from existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with the lens (2d) in the water (52b) pipe with sunlight. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to insulate the part near the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining the long lens (2d) and sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery-powered vehicles with hydroelectric power generation + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to selectively manufacture from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross-sections Various energy storage cycle coalescence engines with multistage stages of opposed series full-blade propulsion wheel water turbines aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the long section lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water-floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, close to vacuum Various energy storage cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining a long lens (2d) of heat insulation and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycles with multiple series of opposed series full blade impeller water turbines that are accelerated and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) and aiming to increase power generation Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating to the selected material length lens (2d) from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating to a vacuum and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by making the production long lens (2d) long from material. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from the lens cross section with a long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) which is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by keeping the heat-insulated long lens (2d) near the right angle and the sunlight near the right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy storage cycle coalescence engines that are provided with multiple series of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing multiple long lenses (2d) for tightening the fasteners (80B) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with sunlight selected from the long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and split fastener (80B) tightened Various energy conservation cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the attached long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B ) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by providing multiple tightening long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify the house with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens ( Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by making 2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and selected cross section long lens from existing lens cross section (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the concentrated power generation amount in sunlight (52b) pipe in (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, insulation in the part near the vacuum Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining the long lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered various automobiles + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + water-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, split and tightening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming at increased power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various automobiles + surface-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, selected production length from existing materials Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and selected cross section from existing lens cross section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with long lens (2d) in water (52b) pipe. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward in the part approaching the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycles with multiple series of opposed series full blade impeller water turbines that are accelerated and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) and aiming to increase power generation Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating to the selected material length lens (2d) from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating to a vacuum and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-powered suspension bridge (2b) that enables vacuum at the joint (80A) (2) Water surface floating solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration added vertically Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened by division Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to fully electrify the house + surface floating solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, existing materials Various energy conservation cycle coalescing engines with multiple series of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified home primed + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with sunlight (water) on the water (52b) pipe with a long section lens (2d) selected from the cross section. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the close part. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescence engines that are provided with multiple series of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing multiple long lenses (2d) for tightening the fasteners (80B) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescing engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with sunlight selected from the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy storage cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B). Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a long lens (2d) is selected from existing materials to increase the amount of power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recover + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) aims to increase the concentrated power generation Various energy storage cycle coalescing engines with multiple stages of moving blade water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and in a series close to the vacuum, heat insulating long lens (2d) and sunlight are kept near right angle to oppose series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Multi-stage opposed series full blade impeller water turbine aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Add an opposing series full blade impeller water turbine that accelerates the explosion force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating the explosive force + gravitational acceleration vertically downward and maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to set the opposed series full blade impeller water for increased power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposed series full-blade propulsion vehicle water turbine aims to increase the concentrated power generation amount from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum and sunlight is kept in the vicinity of a right angle to increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating vertically downward and providing multiple long lenses (2d) that are divided and tightened with fasteners (80B) as a set Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engines that are equipped with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Accelerates vertically downward and saves energy by providing multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energies with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating vertically downward and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposite series full motion is aimed at increasing the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the production length lens (2d) longer from existing materials. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is applied to the water (52b) tube from the existing lens cross section with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and oppose to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from the existing material. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to set the opposed series full blade impeller water for increased power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposed series full-blade propulsion vehicle water turbine aims to increase the concentrated power generation amount from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum and sunlight is kept in the vicinity of a right angle to increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series all blade impeller water that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, increasing the width of the long lens (2d) of the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B), and a series of opposed series aiming to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) is selected from existing materials, and the opposed series full blade impeller water turbine is provided in multiple stages to increase power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and opposed series full-motion aiming to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the opposed series all aiming to increase power generation by maintaining the long lens (2d) of heat insulation and sunlight at right angles near the vacuum. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + vaporization explosive force in vacuum + gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series full blade impeller water turbine is installed in multiple stages aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the cross section of the existing lens to the water (52b) pipe is selected with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and in a series close to the vacuum, the heat insulating long lens (2d) and sunlight are kept in the vicinity of a right angle to oppose the series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Multi-stage opposed series full blade impeller water turbine aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Add an opposing series full blade impeller water turbine that accelerates the explosion force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating the explosive force + gravitational acceleration vertically downward and maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosion force in vacuum + Gravitational acceleration added Accelerating vertically downward, an existing series of all-blade impellers aiming to increase power generation by making the long lens (2d) longer Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + In-line full motion to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) is selected from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the cross section of the existing lens to the water (52b) tube with the selected cross-section long lens (2d) aims to increase the concentrated power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and in a series close to the vacuum, the heat insulating long lens (2d) and sunlight are kept near right angles to oppose the series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for fastening (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials, aiming to increase power generation in multiple stages. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward. Opposite series aiming at increasing concentrated power generation from existing lens cross section to water (52b) tube with long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat-insulated long lens (2d) and sunlight are kept at right angles near the area facing the vacuum to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating force + gravitational acceleration vertically downward Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum An opposed series full blade impeller water turbine that aims to increase the amount of power generation by accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Multi-stage opposed series full blade impeller water turbine that accelerates force + gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum An additional in-line full blade impeller water turbine that aims to increase the amount of power generation by accelerating the force + gravitational acceleration downward vertically and maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to set the opposed series full blade impeller water for increased power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposed series full-blade propulsion vehicle water turbine aims to increase the concentrated power generation amount from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum and sunlight is kept in the vicinity of a right angle to increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating vertically downward and providing multiple long lenses (2d) that are divided and tightened with fasteners (80B) as a set Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that are equipped with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Accelerates vertically downward and saves energy by providing multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energies with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating vertically downward and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for fastening fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by making the production long lens (2d) long from material. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from the lens cross section with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by keeping the heat-insulated long lens (2d) near the right angle and the sunlight near the right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight of the selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy conservation cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine aiming at increasing power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine aiming at increasing power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar thermal increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships plentiful + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to approach vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + vaporization explosive force in vacuum + gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series full blade impeller water turbine is installed in multiple stages aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the cross section of the existing lens to the water (52b) pipe is selected with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and in a series close to the vacuum, the heat insulating long lens (2d) and sunlight are kept in the vicinity of a right angle to oppose the series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum water production. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum amount of water generation by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim at the same maximum amount of power generation by accelerating vaporization explosive force + gravity acceleration in heating + vacuum vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy conservation cycle coalescing engines with multi-stage opposed series full-blade propulsion water turbines aiming at maximum power generation with the same amount of water by accelerating vaporization explosive force + gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to achieve the same maximum water output by accelerating vaporization explosive force + gravity acceleration in vacuum. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + head increase + solar heat increase suspension bridge (2b) etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration and split Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation by pumping pump (1H) Increase solar head + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, existing materials Various energy conservation cycle coalescing engines with multiple series of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with sunlight (water) on the water (52b) pipe with a long section lens (2d) selected from the cross section. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) + head increase + solar heat increase Suspension bridge (2b), etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the close part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Acceleration of vaporization + gravity acceleration in vacuum Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating and splitting and providing a set of multiple long lenses (2d) for fastening fasteners (80B) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that accelerate and aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d) . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, divided and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight with the selected section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and approached vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2b) such as a solar thermal increase suspension bridge (2b) + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing materials Various energy conservation cycle coalescing engines with multiple series of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension solar bridge (2b), etc. (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation with sunlight (water) on the water (52b) pipe with a long section lens (2d) selected from the cross section. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increasing suspension bridge (2b) and other solar heaters (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle in the close part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of energy storage with multiple stages of opposed series full blade impeller water turbines that accelerate further downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines that aim to increase power generation by accelerating further downward and providing multiple long lenses (2d) that are split and tightened with fasteners (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating further vertically downward from the existing lens cross section to the water (52b) pipe with sunlight from the selected cross section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines that aim to increase power generation by accelerating further vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part approaching vacuum Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split and tighten Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increasing suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Various energy storage cycle coalescence engines with multistage stages of opposed series full-blade propulsion wheel water turbines aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the long section lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part close to vacuum Various energy storage cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining a long lens (2d) of heat insulation and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered cars + Solar thermal suspension suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to cross section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat augmentation suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to get closer to vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Multi-stage opposed series full blade impeller water turbine aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Add an opposing series full blade impeller water turbine that accelerates the explosion force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum An opposed series full blade impeller water turbine that aims to increase power generation by accelerating the explosive force + gravitational acceleration vertically downward and maintaining the long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy storage with multiple stages of opposed series full blade impeller water turbines that accelerate further downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines that aim to increase power generation by accelerating further downward and providing multiple long lenses (2d) that are split and tightened with fasteners (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating further vertically downward from the existing lens cross section to the water (52b) pipe with sunlight from the selected cross section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines that aim to increase power generation by accelerating further vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part approaching vacuum Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization + Gravity acceleration In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight of the selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy conservation cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and oppose to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) to increase power generation. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and an opposed series full blade impeller water turbine that aims to increase power generation by selecting a long production lens (2d) from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward and maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various types of multi-stage opposed series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Accelerate the additional vertical downward, divide and provide multiple long lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity A series of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section was provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat (52b) is heated by heat exchanger (2Y) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is made longer from the existing material, aiming to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water from selected lens cross section with selected cross-section long lens (2d) (52b) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + vaporizing explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are close to right angle at the part approaching vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series all blade impeller water that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller that aims to increase the amount of power generation by making the selected production long lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + vaporization explosive force in vacuum + gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series full blade impeller water turbine is installed in multiple stages aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the cross section of the existing lens to the water (52b) pipe is selected with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and in a series close to the vacuum, the heat insulating long lens (2d) and sunlight are kept in the vicinity of a right angle to oppose the series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a plurality of long-length lenses (2d) for fastening a fastener (80B). Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposite series full motion is aimed at increasing the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the production length lens (2d) longer from existing materials. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is applied to the water (52b) tube from the existing lens cross section with the selected cross-section long lens (2d). Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and oppose to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from the existing material. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to set the opposed series full blade impeller water for increased power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposed series full-blade propulsion vehicle water turbine aims to increase the concentrated power generation amount from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum and sunlight is kept in the vicinity of a right angle to increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and the total length of the selected production length lens (2d) is increased from the existing material. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel is injected and burned + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase centralized power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel-injected and combusted + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight close to right angle near the vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and facing the increase in power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and an opposed series full blade impeller water turbine that aims to increase power generation with a long selection lens (2d) from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposed series full blade impeller water turbine aims to increase power generation by selecting a long lens (2d) to be selected from existing materials. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Accelerating the vaporization explosive force + gravitational acceleration in the vertical direction, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) with fastening tools (80B), and a counter-series full-wing blade wheel that aims to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and it is possible to save energy with multiple series of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series all-wing blade bouncing water that aims to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the part close to the vacuum, and an opposed series all blade impeller that aims to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to set the opposed series full blade impeller water for increased power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and selecting a long production lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposed series full-blade propulsion vehicle water turbine aims to increase the concentrated power generation amount from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) Solar heater (2) increases vaporization explosive power to the maximum + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a long lens (2d) with heat insulation is maintained near the right angle in the part close to the vacuum, and opposed series full blade impeller water that aims at increasing power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various types of multi-stage opposed series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Accelerate the additional vertical downward, divide and provide multiple long lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity A series of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section was provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) maximize vaporization explosive force + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating and splitting and providing a set of multiple long lenses (2d) for fastening fasteners (80B) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that accelerate and aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle organ. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight with the selected section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight near right angles. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight with the selected section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple series of opposed series full blade impeller water turbines that are accelerated and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) and aiming to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating to the selected material length lens (2d) from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating to a vacuum and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B). Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a long lens (2d) is selected from existing materials to increase the amount of power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposite series full motion is aimed at increasing the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series all blade impeller water that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosion force in vacuum + Gravitational acceleration added Accelerating vertically downward, an existing series of all-blade impellers aiming to increase power generation by making the long lens (2d) longer Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recover + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) aims to increase the concentrated power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and in a series close to the vacuum, heat insulating long lens (2d) and sunlight are kept near right angle to oppose series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescing engines with multistage stages of opposed series full blade impeller water turbines aiming at the same maximum water generation by accelerating gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Various energy conservation cycle coalescing engines equipped with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum water generation by accelerating recovery + vaporization explosion force + gravity acceleration in vacuum vertically. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and various energies provided with opposed series full blade impeller water turbines in multiple stages aiming at the same maximum water generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Combined various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that heat water (52b) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and aim for the same amount of water maximum power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward to achieve the same water volume maximum power generation Various series of energy storage cycles equipped with opposed series full blade impeller water turbines in multiple stages Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating and splitting and providing a set of multiple long lenses (2d) for fastening fasteners (80B) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that accelerate and aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Accelerating the vaporization explosive force + gravitational acceleration in the vertical direction, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) with fastening tools (80B), and a counter-series full-wing blade wheel that aims to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and it is possible to save energy with multiple series of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series all-wing blade bouncing water that aims to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the part close to the vacuum, and an opposed series all blade impeller that aims to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various types of multi-stage opposed series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Accelerate the additional vertical downward, divide and provide multiple long lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity A series of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section was provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by maintaining a long heat insulating lens (2d) and sunlight in the vicinity of a right angle near the vacuum . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple series of opposed series full blade impeller water turbines that are accelerated and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) and aiming to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating to the selected material length lens (2d) from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating to a vacuum and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressed heat recovery + vaporization explosive force in vacuum + gravity acceleration is accelerated further downward vertically, increasing the width of the long lens (2d) for fastening the split fastener (80B) and facing the series to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a multi-stage opposed series full blade impeller water turbine that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is directed to the water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) to oppose increasing the amount of concentrated power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Accelerating the vaporization explosive force + gravitational acceleration in the vertical direction, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) with fastening tools (80B), and a counter-series full-wing blade wheel that aims to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and it is possible to save energy with multiple series of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series all-wing blade bouncing water that aims to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) with heat insulation is maintained in the vicinity of the vacuum in the part close to the vacuum, and an opposed series all blade impeller that aims to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Accelerating the additional vertical downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation. Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Accelerated vertically downward, divided into multiple sets of multiple-length lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration This is an energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the vertical downwards from the existing materials and making the production length lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of opposed series full blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration In addition, a long lens (2d) for heat insulation and an opposed series full blade impeller water turbine that aims to increase the amount of power generation by maintaining the sunlight in the vicinity of a right angle near the vacuum is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) is compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a multi-lens (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downwards, opposes to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is taken from the existing lens cross section with the selected cross-section long lens (2d) (52b) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening a fastener (80B), and generating electricity. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by increasing the length of the selected production long lens (2d) from the existing material. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward and increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight kept at right angle near the part close to vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposed series full blade impeller that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B). Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a long lens (2d) is selected from existing materials to increase the amount of power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recover + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) aims to increase the concentrated power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and in a series close to the vacuum, heat insulating long lens (2d) and sunlight are kept near right angle to oppose series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the length of the split fastener (80B) tightening Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically downward, and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by providing a plurality of long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated with a compressed water heat exchanger (2Y) and water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward to select a production long lens (2d) from existing materials Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase power generation as long as possible. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the cross-sectional length lens (2d) selected from the existing lens cross section Various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with a compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in the vacuum vertically, and insulate the long lens ( 2d) and various energy conservation cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating the water (52b) with the compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward, the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into a plurality of long lenses (2d) for fastening with a fastener (80B) ) In a set of various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, and increase the power generation amount by increasing the length of the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + accelerating vaporization explosive force + gravity acceleration in vacuum vertically downward, and water from the existing lens cross-section with the selected cross-sectional length lens (2d) ( 52b) Various energy storage cycle coalescence engines provided with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and insulate the long lens (2d) and the sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum This is a combined engine with various energy conservation cycles, which is equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining the right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller that aims to increase the amount of power generation by making the selected production long lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposite series full motion is aimed at increasing the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and long lens (2d) for split clamp (80B) tightening ) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, divided into multiple lengths of fastening tool (80B) Various energy storage cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing a set of lenses (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + Gravitational acceleration is accelerated in the vertical downward direction in vacuum, and power generation is performed by selecting a selected long lens (2d) from an existing material. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and sunlight is selected from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming at increasing concentrated power generation in water (52b) pipes. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and heat insulating long lens (2d) is close to the vacuum. Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided to set a multi-lens (2d) tightening fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, opposing in series to increase the power generation by selecting a long lens (2d) that is selected from existing materials Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is drawn from the existing lens cross section with a selected cross-section long lens (2d) to the water (52b) tube Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that maintain and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Air (28b) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downwards, opposes aiming to increase power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and oppose to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from the existing material. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and an opposite series all blade impeller water that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravity acceleration further downward vertically, long lens (80B) tightening split clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravitational acceleration further downward vertically, divided into multiple fasteners (80B) Various energy conservation cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing a long lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection and combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to make the selected production length lens (2d) long Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Water (52b) is heated by compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration is further accelerated vertically downward in the vacuum, and the sun is selected from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to insulate long lens (2d) near the vacuum And various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight at right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) The water (52b) is heated in + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for fastening the fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Water (52b) is heated + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, opposes aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), is brought close to the right angle of sunlight + solar heater (2) (2b) compressed air heat quantity (28b) Water (52b) is heated + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum is accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), is brought close to the right angle of sunlight + solar heater (2) (2b) compressed air heat quantity (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining in the vicinity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposed series full blade impeller water turbine aims to increase power generation by selecting a long lens (2d) to be selected from existing materials. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosion force in vacuum + Gravitational acceleration added Accelerating vertically downward, an existing series of all-blade impellers aiming to increase power generation by making the long lens (2d) longer Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase to maximum force + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to oppose power generation. Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase the maximum force + Vaporization explosive force in vacuum + Gravitational acceleration Accelerate vertically downward, select the existing series of all-blade impulsive turbine water turbine aiming at increased power generation by making the long lens (2d) long from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase the force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increased power maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Various types of multi-stage opposed series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Accelerate the additional vertical downward, divide and provide multiple long lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity A series of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section was provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive force to the maximum with the solar heater (2) + Vaporization explosive force in gravity + Gravity Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightened with the tool (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight selected from a long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energy conservation cycle coalescing engines with multistage stages of opposed series full-blade propulsion wheel water turbines that aim to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) of the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescing engines equipped with moving blade bouncing water turbines in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for fastening (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by increasing the production length lens (2d) from existing materials. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the total length of the selected production length lens (2d) is increased from the existing material. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller that aims to increase the amount of power generation by making the selected production long lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, opposing series all blades aiming to increase power generation by lengthening selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, opposing series in order to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase centralized power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and the long lens (2d) for heat insulation and sunlight are kept near right angle in the part close to the vacuum, facing the increase in power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum amount of water generation by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming at the same maximum water generation by accelerating heat recovery + vaporization explosion force + gravity acceleration in vacuum vertically. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to provide multiple stages of opposed series full blade impeller water turbines aiming at the same water volume maximum power generation in multiple stages Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and various series of energy storage cycles with opposed series full blade impeller water turbines in multiple stages aiming at the same maximum amount of water generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum Accelerating vertically downward, opposing series full blade impeller water turbines aiming at the same water maximum power generation multi-stage energy storage Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating vertically downward and providing multiple long lenses (2d) that are divided and tightened with fasteners (80B) as a set Conservation cycle coalescence organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycle coalescence engines that are equipped with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Accelerates vertically downward and saves energy by providing multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energies with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating vertically downward and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating force + gravitational acceleration vertically downward Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum An opposed series full blade impeller water turbine that aims to increase the amount of power generation by accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) Multi-stage opposed series full blade impeller water turbine that accelerates force + gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum An additional in-line full blade impeller water turbine that aims to increase the amount of power generation by accelerating the force + gravitational acceleration downward vertically and maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple series of opposed series full blade impeller water turbines that are accelerated and divided into multiple sets of multiple long lenses (2d) for fastening fasteners (80B) and aiming to increase power generation Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating to the selected material length lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating to a vacuum and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various types of energy provided by multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating vertically downward and providing multiple long lenses (2d) that are divided and tightened with fasteners (80B) as a set Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycle coalescence engines that are equipped with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Accelerates vertically downward and saves energy by providing multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energies with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating vertically downward and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating and splitting and providing a set of multiple long lenses (2d) for fastening fasteners (80B) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that accelerate and aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation by accelerating and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected long lens (2d) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by accelerating and maintaining heat insulation long lens (2d) in the vicinity of vacuum and sunlight near right angle organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Integrating various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines that accelerate downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Accelerating downward, splitting and providing multiple sets of multiple long lenses (2d) for fastening fasteners (80B) to provide multiple series of opposed series full blade impeller water turbines aiming at increased power generation Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycle coalescing engines that are provided with multiple stages of opposed series full blade impeller water turbines that accelerate downward and make the selected production length lens (2d) long from existing materials and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation by accelerating downward from the existing lens cross section and selecting the long section (2d) of sunlight from the existing lens cross section to the water (52b) pipe Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Accelerating downward, heat-insulated long lens (2d) in the part close to vacuum, and a series of opposed series full blade impeller water turbines aiming to increase power generation by maintaining sunlight near right angles in various stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for fastening the split fastener (80B) and oppose to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the opposed production of all-in-one blade moving vehicle water turbine is aimed at increasing power generation by selecting a long production lens (2d) from existing materials. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vapor explosive force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened with the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B), and opposed series full blades aiming at increased power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy is provided in multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by lengthening the production length lens (2d) from existing materials. Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full-blade impeller that aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a long lens (2d) with heat insulation is maintained near the vacuum in the part close to the vacuum, and opposed series whole blades aiming at increasing power generation by keeping sunlight near right angle Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various types of multi-stage opposed series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Accelerate the additional vertical downward, divide and provide multiple long lenses (2d) with clamps (80B) to provide a set of opposed series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity A series of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section was provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by accelerating gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + An energy storage cycle coalescence engine with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and select a cross section of the existing series of blades to increase the amount of power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration further downward vertically, long-insulated long lens (2d) in the part approaching the vacuum and multi-stage opposed series full blade impeller water turbine aiming to increase power generation by maintaining sunlight near right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Heat recovery (28a) with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with the selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle in the part approaching vacuum Various energy storage cycle coalescing engines equipped with multiple stages of opposed series full blade impeller water turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposed series full blade impeller that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for tightening fasteners (80B). Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressed heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the opposed series all blades aiming at increasing power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressed heat recovery with pump (1G) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is concentrated to water (52b) tube with a selected section length lens (2d) from the existing lens section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are maintained at right angles near the part near the vacuum. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, increasing the width of the long lens (2d) of the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B), and a series of opposed series aiming to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) is selected from existing materials, and the opposed series full blade impeller water turbine is provided in multiple stages to increase power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and opposed series full-motion aiming to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the opposed series all aiming to increase power generation by maintaining the long lens (2d) of heat insulation and sunlight at right angles near the vacuum. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) of the split fastener (80B) and increase the amount of power generation. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for fastening (80B), facing each other to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generation by increasing the production length lens (2d) from existing materials. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, opposing series in order to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and the long lens (2d) for heat insulation and sunlight are kept near right angle in the part close to the vacuum, facing the increase in power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically, and tighten the split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple attached long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the internal air (28a) with the compressed water heat exchanger (2Y) and heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and selecting from existing materials Long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, select the cross-section long lens (2d ) Various energy conservation cycle coalescence engines with multi-stage opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y), heat the water (52b) + vaporize explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, heat insulation long lens near the vacuum (2d) and various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation while maintaining sunlight at right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines aiming to increase the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum This is a combined engine with various energy conservation cycles, which is equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining the right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to divide the clamp (80B) and tighten the long lens (2d) Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses for fastening the fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select from existing materials Select the production length lens (2d) as long and generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum to accelerate vertically downward, and select sunlight from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming at increasing concentrated power generation in water (52b) pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum, accelerate vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by maintaining light near right angles. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate power. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into a set of multiple long lenses (2d) for fastening fasteners (80B). Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the power generation amount by increasing the length of the selected production length lens (2d) from the existing material. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected section length lens (2d) from the existing lens section Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heat water (52b) + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, and keep heat insulating long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the total length of the selected production length lens (2d) is increased from the existing material. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase centralized power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Accelerating vaporization explosive force + gravitational acceleration in vacuum vertically, long lens for split clamp (80B) tightening ( Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple fasteners (80B) Various energy conservation cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing a long lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the water (52b) with the compressed air calorie (28b) of the internal air calorie + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select the existing production material from the long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and the sun is selected with a long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the water (52b) with the compressed air calorie (28b) of the internal air calorie + vaporizing explosive force + gravitational acceleration in the vacuum, vertically accelerating vertically downward, heat insulating long lens (2d) And various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight at right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Air (28b) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downwards, opposes aiming to increase power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and sunlight is converted into water (52b) from the existing lens cross section with a selected cross section long lens (2d). ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining in the vicinity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and an opposite series full blade impeller water turbine that aims to increase power generation by selecting a long lens (2d) that is a selected production length from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller that aims to increase the amount of power generation by making the selected production long lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, long lens for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines with multiple series of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration, select production length lens (2d) is long from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) for heat insulation at the part approaching the vacuum ) And various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool. ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool. ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Water (52b) is heated + fuel is injected and burned + vaporization explosive force + gravity acceleration is further accelerated vertically downward in the vertical direction, and sunlight is converted into water (52b) from the existing lens cross section with a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool. ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining in the vicinity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel is injected and burned + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening (80B) ) In a set of various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward to increase the amount of power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( Water (52b) is heated in 28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, and sunlight is converted to water (2d) from the existing lens cross section with the selected cross section long lens (2d). 52b) Various energy storage cycle coalescence engines provided with multi-stage opposed series full blade impeller water turbines aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines that aim to increase power generation while maintaining near right angles. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is increased from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d). Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum Additional vertical acceleration accelerates and maintains heat insulation long lens (2d) and sunlight in the vicinity of the right angle near the vacuum Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, opposing series all blades aiming to increase power generation by lengthening selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage opposed series full blade impeller water turbines aiming to increase quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Explosive force increased to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase power generation Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple sets of long lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines aiming at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Explosive force maximized + Vaporized explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, opposing series all blade impeller water turbine aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increase explosion power to maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines aimed at. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, increases heat generation by maintaining long lens (2d) and sunlight near right angle near vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine aiming at 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Opposite series full blade impeller that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Acceleration of vaporization + gravitational acceleration in vacuum is further accelerated vertically downward, and divided and provided with a set of multiple long lenses (2d) for tightening fasteners (80B), and opposing series full motion aiming at increased power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vaporization explosion force + gravitational acceleration is further accelerated in the vertical direction in vacuum. Various series of opposed series full blade impeller water turbines are provided in multiple stages, aiming to increase the amount of power generation by selecting a long lens (2d) that is selected from existing materials. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), and the solar thermal increase suspension bridge (2b) are moved up and down with the lifting tool. Opposite series all blades aiming to increase the amount of power generation concentrated on the water (52b) tube from the existing lens cross-section by accelerating the vaporization explosive force + gravitational acceleration in a vacuum in a vacuum and selecting a cross-section long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Acceleration of vaporization + gravitational acceleration in vacuum Accelerating vertically downward, opposing series full motion aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, increasing the width of the long lens (2d) of the split fastener (80B) and increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B), and a series of opposed series aiming to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) is selected from existing materials, and the opposed series full blade impeller water turbine is provided in multiple stages to increase power generation. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and opposed series full-motion aiming to increase concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the opposed series all aiming to increase power generation by maintaining the long lens (2d) of heat insulation and sunlight at right angles near the vacuum. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase the amount of power generation by accelerating gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) tightening Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, divide and provide multiple sets of opposed series full blade impeller water turbines that aim to increase power generation by providing multiple long lenses (2d) with clamps (80B) tightened in sets Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbines aiming to increase concentrated power generation by accelerating gravitational acceleration vertically downward from the existing lens cross section with a selected cross section long lens (2d) to the water (52b) pipe Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Accelerate the gravitational acceleration vertically downward, keep the heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum, and increase the amount of power generation in the opposed series full blade impeller water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Multi-stage opposed series full blade impeller water turbine that aims to increase power generation by increasing the width of the long lens (2d) tightening the split fastener (80B) by accelerating force + gravitational acceleration vertically downward Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum An opposed series full blade impeller water turbine that aims to increase the amount of power generation by accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy conservation cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines that aim to increase power generation by accelerating force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Multi-stage opposed series full blade impeller water turbine that accelerates force + gravitational acceleration vertically downward, and aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum An additional in-line full blade impeller water turbine that aims to increase the amount of power generation by accelerating the force + gravitational acceleration downward vertically and maintaining the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravity acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration are further accelerated vertically downward, and divided into multiple sets of long lenses (2d) with fastening tools (80B) to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation In-vacuum explosive force + gravitational acceleration is accelerated vertically downward, and a series full blade impeller water turbine that aims to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Vaporization explosive force + gravitational acceleration in vacuum Accelerate vertically downward and increase the concentrated power generation amount from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration is accelerated in the vertical downward direction, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines with multiple series turbine blade turbine water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming at increasing concentrated power generation in pipes. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines with multiple series turbine blade turbine water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming at increasing concentrated power generation in pipes. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multi-stage series all-blade bouncing water turbines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy conservation cycle coalescing engines with multiple stages of series full-blade bouncing water turbines that aim to increase power generation by providing multiple tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) Is an energy storage cycle coalescing engine with multiple stages of series turbine blades and turbine turbines, which aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, select cross-sectional length lens from existing lens cross section ( In 2d), various energy storage cycle coalescing engines provided with multiple stages of all-blade series impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation length is close to vacuum Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by maintaining the lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Accelerate explosive force + gravitational acceleration vertically downward, increase the width of the long lens (2d) of the split fastener (80B), and increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery various solar power + solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion-wheel water turbines in series, which are provided with a plurality of long lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum A series full blade impeller water turbine that aims to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy conservation cycle coalescing engines with multistage stages of all-blade impeller series turbines that aim to increase the amount of power generation with a long selection manufacturing long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Multistage stage full blade impeller water turbine that aims to increase concentrated power generation by accelerating explosive force + gravitational acceleration vertically downward from the existing lens cross section with the selected cross section long lens (2d) into the water (52b) pipe Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines aiming to increase power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum A series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation in the vicinity of the vacuum and sunlight near right angles Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to maximize the same amount of water Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing water turbines aiming at power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescing engines with multistage stages of series all blade impeller water turbines that accelerate downward and aim for the same maximum water production. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Additional energy conservation cycle coalescence engine with multiple stages of series all-wheel impeller water turbines aiming at the same maximum water generation by accelerating explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming at the same maximum water generation by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Additional energy storage cycle coalescing engine with multiple stages of series turbine blade water turbines aiming at the same maximum water output by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop increase + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downwards, the width of the long lens (2d) of the split clamp (80B) clamp Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a head increase + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) ) In a set of various energy storage cycle coalescing engines with multiple stages of all-blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, select production length lens (2d) from existing materials and increase power generation amount Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the drop + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight from the existing lens cross section is selected with the selected cross section length lens (2d) ( 52b) Various energy storage cycle coalescence engines provided with multistage stages of series moving blade bouncing water turbines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the drop + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade bouncing water turbines that are maintained in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half cylinder outer box (77B) in a vacuum including vaporization explosive force + gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B), and vaporization explosive force + gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines provided with a plurality of series all-blade propulsion water turbines provided in multiple stages by providing a plurality of tightened long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) In addition to vaporization explosive force + gravitational acceleration in the vertical downward direction, select from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of series all blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) In the vacuum, the vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and selected cross section from existing lens cross section Various energy storage cycle coalescing engines with a series of all-stage blade impeller water turbines in multiple stages aiming to increase the amount of power generation concentrated on the water (52b) pipe with sunlight through the long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half cylinder outer box (77B) In the vacuum, the vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the part close to the vacuum Various energy storage cycle coalescing engines with multistage in-line full blade impeller water turbines that aim to increase power generation by maintaining a long lens (2d) for heat insulation and sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Long-length lens with split clamp (80B) tightening by accelerating vaporization explosive force + gravitational acceleration vertically downward in vacuum Various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Accelerate the vaporization explosive force + gravitational acceleration vertically downward in the vacuum, and divide and tighten the fastener (80B) Various energy storage cycle coalescing engines with multiple full-length blade impeller water turbines that are provided in multiple stages to provide a set of multiple long lenses (2d) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) Accelerate vaporization explosive force + gravitational acceleration vertically downward, and select a long production lens (2d) from existing materials As an all-in-one energy storage cycle coalescence engine equipped with multistage turbine blade turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to increase the length of the solar thermal suspension suspension bridge (2b) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward in the vacuum, and from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Addition of vaporization explosive force + gravitational acceleration in vacuum vertically downward, heat insulation long lens (2d ) And various energy storage cycle coalescing engines with multistage cascaded turbine blade turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-enhanced suspension bridge (2b) enabling vacuum at joint (80A) Additional acceleration of vaporization explosive force + gravitational acceleration downward in vacuum, length of split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar-powered suspension bridge (2b) that enables vacuuming with joint (80A) Vaporization explosive force + gravitational acceleration is further accelerated vertically downward in the vacuum, divided and clamped (80B) Various energy storage cycle coalescing engines with multi-stage series bucket moving water turbines that are equipped with multiple long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Accelerate vaporization explosive force + gravitational acceleration vertically downward, select from existing materials Select production length lens (2d) Various energy storage cycle coalescing engines with multi-stage series turbine blade turbines that aim to increase power generation as long as possible. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Add vaporization explosive force + gravitational acceleration in the vacuum vertically downward, select cross section long lens (2d) from existing lens cross section Various energy storage cycle coalescing engines with multiple stages of series-rotor impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that enables vacuum at joint (80A) Adds vaporization explosive force + gravitational acceleration in vacuum vertically and insulates long lens (close to vacuum) 2d) and various energy conservation cycle coalescing engines with multiple stages of all-blade series impeller water turbines that maintain sunlight in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines with multiple stages of all-stage blade impeller water turbines installed in sets to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Accelerate the vaporization explosive force + gravity acceleration in the vacuum vertically, select the existing material from the existing long lens (2d) to increase the power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is water from the existing lens cross section with a selected cross section long lens (2d) (52b) Various energy conservation cycle coalescing engines with multistage cascaded bucket turbines that aim to increase concentrated power generation in the pipe. 理論最良エンジン水力発電で全面電化住宅全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully energize houses with hydroelectric power generation + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle This is a combined energy conservation cycle engine with multiple stages of all-blade propulsion turbine water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split clamp (80B) Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) ) In a set of various energy storage cycle coalescing engines with multiple stages of all-blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and sunlight from the existing lens cross section (2d) with selected long lens (2d) 52b) Various energy storage cycle coalescence engines provided with multistage stages of series moving blade bouncing water turbines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight in the part close to vacuum Various energy conservation cycle coalescing engines equipped with multistage turbine blade turbines that are maintained in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multiple stages of series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines equipped with multiple stages of all-blade series impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar heater (2) + vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heater (2) that is long with joint (80A) + vaporization explosive force + gravitational acceleration in vacuum is further vertically accelerated, divided and tightened Various energy storage cycle coalescing engines with multiple stages of series full-blade propulsion wheel water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation with a joint (80A) lengthened solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines with multi-stage series full-blade bouncing water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar thermal suspension suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining a long lens (2d) that is thermally insulated in the vicinity and sunlight at a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum is further accelerated vertically and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines in multiple stages, which are provided with a plurality of long-length lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) (2b) Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward from existing materials Various energy conservation cycle coalescing engines with multistage stages of all-blade impeller series turbines that aim to increase the amount of power generation with a long selection manufacturing long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downwards closer to vacuum Various energy storage cycle coalescing engines with multi-stage series all-blade propulsion water turbines aiming to increase the amount of power generation by maintaining the long-insulated lens (2d) and sunlight in the vicinity of right angles at the raised part. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, the length of split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward and divided and clamped (80B) Various energy storage cycle coalescing engines with multi-stage series bucket moving water turbines that are equipped with multiple long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, select manufacturing long lens (2d) from existing materials Various energy storage cycle coalescing engines with multi-stage series turbine blade turbines that aim to increase power generation as long as possible. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to select a long section lens (2d) from the existing lens section Various energy storage cycle coalescing engines with multiple stages of series-rotor impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and a long lens for heat insulation in the part close to the vacuum ( 2d) and various energy conservation cycle coalescing engines with multiple stages of all-blade series impeller water turbines that maintain sunlight in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multi-stage series all-blade bouncing water turbines aiming to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically, split and tightening tool (80B) Various energy conservation cycle coalescing engines with multiple stages of series full-blade bouncing water turbines that aim to increase power generation by providing multiple tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) Is an energy storage cycle coalescing engine with multiple stages of series turbine blades and turbine turbines, which aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward to select a cross-section long lens from the existing lens cross-section ( In 2d), various energy storage cycle coalescing engines provided with multiple stages of all-blade series impeller water turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and insulation is long in the part close to vacuum Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by maintaining the lens (2d) and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for fastening the additional fastener (80B) by accelerating further vertically downward Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating further vertically downward and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Accelerate further vertically downward, select a long section lens (2d) from the existing lens cross section, sunlight (water) to the water (52b) tube, aiming to increase the amount of concentrated power generation The series all blade impeller water turbine provided in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided in multiple stages with a series of all blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy storage cycle coalescence engines provided with multiple stages of series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescing engines equipped with multiple stages of all-blade series impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy storage cycle coalescing engines provided with multi-stage series bucket moving water turbines in multiple stages, aiming to increase power generation by providing multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house flourishing + Solar heater (2) Internal air compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of series full blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight through the long section lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part approaches vacuum Various energy storage cycle coalescing engines with multiple stages of series all-blade propulsion water turbines that aim to increase power generation by maintaining the long lens (2d) of sunlight and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines in multiple stages, which are provided with a plurality of long-length lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heater (2) Internal air compression recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines equipped with multistage stages of all-blade impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross-section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energy storage cycle coalescing engines with multi-stage series all-blade propulsion water turbines aiming to increase the amount of power generation by maintaining the long-insulated lens (2d) and sunlight in the vicinity of right angles at the raised part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) with heat pump (1G) heat recovery + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engine provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of series all-blade propulsion water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade-running-wheel water turbines in series that aim to increase power generation by accelerating, splitting, and providing multiple long lenses (2d) for fastening fasteners (80B) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy storage cycle coalescing engines that are equipped with multiple stages of series all-blade propulsion water turbines that accelerate and aim to increase the amount of power generation by increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade bouncing water turbines that accelerate and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by accelerating and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Water turbine (52b) is a series of all-bladed impeller water turbines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in vacuum + adding vacuum vertically Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Various explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened by the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to increase power generation in series Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and all the blades in series aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and in the part close to the vacuum, heat insulation long lens (2d) and sunlight are kept near right angle, aiming to increase power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) In-line all blades aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum vertically downward Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a series of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + vacuum vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials, and a series of all blade impeller water turbines are provided in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the series full-motion aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Accelerate explosive force + gravitational acceleration vertically downward, increase the width of the long lens (2d) of the split fastener (80B), and increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum A series full blade impeller water turbine that aims to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Multistage stage full blade impeller water turbine that aims to increase concentrated power generation by accelerating explosive force + gravitational acceleration vertically downward from the existing lens cross section with the selected cross section long lens (2d) into the water (52b) pipe Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum A series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation in the vicinity of the vacuum and sunlight near right angles Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) of the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series of lenses aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Ventilation explosion force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Accelerate the vaporization explosive force + gravitational acceleration vertically downward, split and install a multi-long lens (2d) with a clamp (80B) to set it as a set. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycles are provided with multiple stages of all-blade series impeller water turbines in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials. Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosion force + gravitational acceleration is further accelerated vertically downward, and a series of all blade impeller water turbines aiming at increasing concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the long blade (2d) of heat insulation in the part close to the vacuum and sunlight are kept in the vicinity of a right angle to aim at an increase in power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and a series of all-stage blade impeller water turbines aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various types of energy provided in multiple stages of series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Acceleration is further accelerated vertically downward, and a multi-length lens (2d) with clamps (80B) is divided and provided as a set to provide a series of all-blade propulsion vehicle water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Various types of multistage turbine blade turbines that accelerate the acceleration vertically downward and aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight by the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity A series of all blade impeller water turbines in series that aim to increase power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) that is long with the joint (80A) Increases the vaporization explosive force to the maximum with the solar heater (2) + accelerates the vaporization explosive force + gravity acceleration in vacuum vertically In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of series all-blade propulsion water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) enabling vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade-running-wheel water turbines in series that aim to increase power generation by accelerating, splitting, and providing multiple long lenses (2d) for fastening fasteners (80B) . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are equipped with multiple stages of all-stage blade spring water turbines in series that accelerate and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade bouncing water turbines that accelerate and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by accelerating and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force + gravity acceleration in vacuum additional vertical acceleration, split vertically and tighten Various energy storage cycle coalescing engines with multiple stages of series full-blade propulsion wheel water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make all-electric houses prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines with multi-stage series full-blade bouncing water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downwards, approaching vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining a long lens (2d) that is thermally insulated in the vicinity and sunlight at a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the attachment (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion wheel water turbines aiming to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines with multi-stage series rotor blade bouncing water turbines that aim to increase power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy conservation cycle coalescence engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by a cross-section long lens (2d) from the cross section. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Solar gas heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the part. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy storage cycle coalescing engines with multistage cascade turbine blade turbines that aim to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy storage cycle coalescing engines with water turbines (52b) provided in multiple stages with series full blade impeller water turbines aiming to increase concentrated power generation. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines equipped with multistage cascade turbine blade turbines that maintain light near right angles and aim to increase power generation. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy storage cycle coalescing engines with multistage cascade turbine blade turbines that aim to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy storage cycle coalescing engines with water turbines (52b) provided in multiple stages with series full blade impeller water turbines aiming to increase concentrated power generation. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines equipped with multistage cascade turbine blade turbines that maintain light near right angles and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines provided with a plurality of series all-blade propulsion water turbines provided in multiple stages to provide a plurality of tightened long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery storage Various water types + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of series all blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries, + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, selected cross section from existing lens cross section Various energy storage cycle coalescing engines with a series of all-stage blade impeller water turbines in multiple stages aiming to increase the amount of power generation concentrated on the water (52b) pipe with sunlight through the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive storage batteries + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward at the part close to vacuum Various energy storage cycle coalescing engines with multistage in-line full blade impeller water turbines that aim to increase power generation by maintaining a long lens (2d) for heat insulation and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Accelerate explosive force + gravitational acceleration vertically downward, increase the width of the long lens (2d) of the split fastener (80B), and increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Multistage stage full blade impeller water turbine that aims to increase power generation by increasing vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy storage cycle coalescing engines that are provided with multiple stages of a series of all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Water surface floating solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum A series full blade impeller water turbine that aims to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum A series of all-blade propulsion turbine water turbines that accelerate the vaporization explosive force + gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescence engines with multiple stages of series all-blade bouncing water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, combined with various energy conservation cycles with multiple stages of all-blade impeller series turbines in series, aiming to increase power generation by selecting a long production lens (2d) from existing materials. organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Multistage stage full blade impeller water turbine that aims to increase concentrated power generation by accelerating explosive force + gravitational acceleration vertically downward from the existing lens cross section with the selected cross section long lens (2d) into the water (52b) pipe Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines with multistage in-line full-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum A series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation in the vicinity of the vacuum and sunlight near right angles Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Acceleration of vaporization + acceleration of gravity is accelerated vertically downward, and a long-insulated long lens (2d) and sunlight are kept in the vicinity of a right angle in a part close to a vacuum, aiming to increase power generation. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines aiming at the same maximum water output. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration This is an energy storage cycle coalescing engine equipped with multiple stages of a series of all-blade impeller water turbines that accelerate vertically downward and aim for the same maximum water production. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Various energy conservation cycle coalescing engines with multiple stages of series turbine blade water turbines that aim to achieve the same maximum water output by accelerating vaporization explosive force + gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Additional energy conservation cycle coalescence engine with multiple stages of series all-wheel impeller water turbines aiming at the same maximum water generation by accelerating explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Various energy conservation cycle coalescing engines with multiple stages of all-blade impeller water turbines in series that aim to achieve the same maximum water output by accelerating vaporization explosive force + gravitational acceleration vertically downward. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1,200m + a solar surface heater such as a surface-floating type (2) + additional vaporization explosive force + gravity acceleration in a vacuum vertically and split fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum further vertically accelerated, divided and tightened Various energy storage cycle coalescing engines with multiple stages of series full-blade propulsion wheel water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by 1200m + solar floating heater such as a surface-floating type (2) + vaporization explosive force in vacuum + gravity acceleration accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines with multi-stage series full-blade bouncing water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1200m + a solar surface heater such as a surface-floating type (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravity acceleration in vacuum accelerated vertically downward, approaching vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining a long lens (2d) that is thermally insulated in the vicinity and sunlight at a right angle. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines that are provided with multiple stages of a series of all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series all-blade bouncing water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multistage in-line full-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines, which are provided with multiple stages of series all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines equipped with multiple stages of series all blade impeller water turbines aiming to increase power generation by making the long lens (2d) selected from existing materials long. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescing engines with multiple stages of series turbine blades and water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy conservation cycle coalescence engines equipped with multi-stage series all-blade bouncing water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of all-blade bouncing water turbines in series that aim to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split and tightening tool ( 80B) Various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens Various energy storage cycle coalescing engines provided with multiple stages of series rotor blade bouncing water turbines that aim to increase the amount of power generation by making (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make all-electric houses prime with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected cross section length from existing lens cross section Various energy storage cycle coalescing engines with multiple stages of series all-blade bouncing water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight through the lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to insulate the part near the vacuum Various energy storage cycle coalescing engines equipped with multi-stage series all-blade bouncing water turbines that aim to increase power generation while maintaining the long lens (2d) and sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energy storage cycle coalescing engines provided with multiple stages of all-blade series impeller water turbines that increase the width of the long lens (2d) for tightening the fastener (80B) and aim to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion wheel water turbines that aim to increase the amount of power generation by providing a plurality of long-length lenses (2d) for tightening the fastener (80B) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series all-blade bouncing water turbines that aim to increase power generation by making the production long lens (2d) long from materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the lens cross section to the water (52b) pipe with sunlight selected from the lens with a long section (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) which is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines equipped with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the part. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy storage cycle coalescing engines that are provided with multiple stages of a series of all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series all-blade bouncing water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescing engines with multistage in-line full-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and split fastener (80B) tightened Various energy storage cycle coalescing engines provided with multiple stages of series-rotor blade bouncing water turbines that aim to increase power generation by increasing the width of the attached long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B ) Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by providing multiple tightened long lenses (2d) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify the house with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens ( Various energy storage cycle coalescing engines provided with multiple stages of series turbine blade bouncing water turbines aiming to increase the amount of power generation with 2d) being long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and selected cross section long lens from existing lens cross section (2d) Various energy storage cycle coalescence engines provided with multiple stages of all-blade impeller series turbines that aim to increase the amount of concentrated power generation in sunlight (52b) pipes in (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, insulation in the part near the vacuum Various energy conservation cycle coalescing engines with multi-stage in-line full blade impeller water turbines that aim to increase power generation by maintaining the long lens (2d) and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered various automobiles + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + water-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, split and tightening tool (80B) Various energy storage cycle coalescing engines provided with a plurality of series all-blade propulsion water turbines provided in multiple stages by providing a plurality of tightened long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various automobiles + surface-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of series all blade impeller water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and selected cross section from existing lens cross section Various energy storage cycle coalescing engines with a series of all-stage blade impeller water turbines in multiple stages aiming to increase the amount of power generation concentrated on the water (52b) pipe with sunlight through the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward in the part approaching the vacuum Various energy storage cycle coalescing engines with multistage in-line full blade impeller water turbines that aim to increase power generation by maintaining a long lens (2d) for heat insulation and sunlight near right angles. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines that increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the power generation amount. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Combined with various energy storage cycles, which are provided with multiple stages of a series of all blade impeller water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) for fastening and fastening with a fastener (80B) organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming at increasing power generation by accelerating to the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section of the existing lens. . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward In combination with various energy conservation cycles, a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase the amount of power generation by maintaining a long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened by division Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the attachment (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion wheel water turbines aiming to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to fully electrify the house + surface floating solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines with multi-stage series rotor blade bouncing water turbines that aim to increase power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified home primed + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy conservation cycle coalescence engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by a cross-section long lens (2d) from the cross section. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the part. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy storage cycle coalescing engines that are provided with multiple stages of a series of all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescence engines with multiple stages of series all-blade bouncing water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens section to the water (52b) pipe with the selected section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescing engines with multistage in-line full-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Series + all blades aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided in series to provide a set of multiple long lenses (2d) for fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages of moving blade water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration in the vertical direction Accelerating vertically downward, series full-motion aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Accelerate explosive force + gravitational acceleration vertically downward, increase the width of the long lens (2d) of the split fastener (80B), and increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum A series full blade impeller water turbine that aims to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Various energy conservation cycle coalescence engines with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Multistage stage full blade impeller water turbine that aims to increase concentrated power generation by accelerating explosive force + gravitational acceleration vertically downward from the existing lens cross section with the selected cross section long lens (2d) into the water (52b) pipe Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum A series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation in the vicinity of the vacuum and sunlight near right angles Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Multistage stage full blade impeller water turbine that aims to increase power generation by increasing vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum A series of all-blade propulsion turbine water turbines that accelerate the vaporization explosive force + gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, combined with various energy conservation cycles with multiple stages of all-blade impeller series turbines in series, aiming to increase power generation by selecting a long production lens (2d) from existing materials. organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Acceleration of vaporization + acceleration of gravity is accelerated vertically downward, and a long-insulated long lens (2d) and sunlight are kept in the vicinity of a right angle in a part close to a vacuum, aiming to increase power generation. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Combined with various energy conservation cycles, which are provided with multiple stages of series-rotor-bladed propeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Accelerates vertically downward, divides and installs multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines that aim to increase the amount of power generation. Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase concentrated power generation by accelerating vertically downward from the existing lens cross-section and selecting the cross-section long lens (2d) into the water (52b) pipe Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Accelerates vertically downward and maintains a long lens (2d) for heat insulation in a part close to a vacuum and a series of all-blade impeller water turbines designed to increase power generation by maintaining sunlight near the right angle to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) This is a combined energy storage cycle engine with multiple stages of all-blade flywheel water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the power generation amount by increasing the length of the selected production length lens (2d) from existing materials. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of all-blade bouncing water turbines aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. This is a combined energy storage cycle engine with multiple stages of all-blade flywheel water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) of the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series of lenses aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) is a series that heats + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Multistage stage full blade impeller water turbine that aims to increase power generation by increasing vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum A series of all-blade propulsion turbine water turbines that accelerate the vaporization explosive force + gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, combined with various energy conservation cycles with multiple stages of all-blade impeller series turbines in series, aiming to increase power generation by selecting a long production lens (2d) from existing materials. organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Acceleration of vaporization + acceleration of gravity is accelerated vertically downward, and a long-insulated long lens (2d) and sunlight are kept in the vicinity of a right angle in a part close to a vacuum, aiming to increase power generation. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Water turbine (52b) is a series of all-bladed impeller water turbines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in vacuum + adding vacuum vertically Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Various explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened by the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to increase power generation in series Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and all the blades in series aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and in the part close to the vacuum, heat insulation long lens (2d) and sunlight are kept near right angle, aiming to increase power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) In-line all blades aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum vertically downward Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a series of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + vacuum vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials, and a series of all blade impeller water turbines are provided in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the series full-motion aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Accelerate explosive force + gravitational acceleration vertically downward, increase the width of the long lens (2d) of the split fastener (80B), and increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum A series full blade impeller water turbine that aims to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Multistage stage full blade impeller water turbine that aims to increase concentrated power generation by accelerating explosive force + gravitational acceleration vertically downward from the existing lens cross section with the selected cross section long lens (2d) into the water (52b) pipe Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum A series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation in the vicinity of the vacuum and sunlight near right angles Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the amount of power generation by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + In-vacuum explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of long lenses (2d) for fastening (80B) to provide a set to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials, and a series of all-bladed impeller water turbines are installed in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + In-vacuum evaporation force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series full-motion aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downwards, and in a part close to the vacuum, the heat insulating long lens (2d) and sunlight are kept near right angles to aim at increasing power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series of multiple long lenses (2d) for fastening fasteners (80B) is provided to increase power generation. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series of all-blade propulsion water turbines are installed in multiple stages aiming to increase power generation by selecting a long lens (2d) that is a selected production length from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the whole series in series aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and in a part close to the vacuum, heat insulating long lens (2d) and sunlight are kept near right angle to aim at increasing power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum A series of full blade impeller water turbines are installed in multiple stages to accelerate the force + gravitational acceleration vertically downward and increase the width of the long lens (2d) of the split fastener (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Multi-stage series full blade impeller water turbine aiming to increase power generation by accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full-blade bouncing water turbines that aim to increase power generation by accelerating force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum In addition to the acceleration of gravity + gravitational acceleration vertically downward, select a long section lens (2d) from the existing lens cross-section and sunlight (water) into the water (52b) tube. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Multi-stage series rotor blade water turbine that aims to increase power generation by accelerating force + gravitational acceleration downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Multistage stage full blade impeller water turbine that aims to increase power generation by increasing vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum A series of all-blade propulsion turbine water turbines that accelerate the vaporization explosive force + gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, combined with various energy conservation cycles with multiple stages of all-blade impeller series turbines in series, aiming to increase power generation by selecting a long production lens (2d) from existing materials. organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Acceleration of vaporization + acceleration of gravity is accelerated vertically downward, and a long-insulated long lens (2d) and sunlight are kept in the vicinity of a right angle in a part close to a vacuum, aiming to increase power generation. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Combined with various energy conservation cycles, which are provided with multiple stages of series-rotor-bladed propeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Accelerates vertically downward, divides and installs multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines that aim to increase the amount of power generation. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase concentrated power generation by accelerating vertically downward from the existing lens cross-section and selecting the cross-section long lens (2d) into the water (52b) pipe Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Accelerates vertically downward and maintains a long lens (2d) for heat insulation in a part close to a vacuum and a series of all-blade impeller water turbines designed to increase power generation by maintaining sunlight near the right angle to save energy Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade series impeller water turbines that increase the width of the long lens (2d) for tightening the fastener (80B) and aim to increase the amount of power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion wheel water turbines that aim to increase the amount of power generation by providing a plurality of long-length lenses (2d) for tightening the fastener (80B) as a set. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy conservation cycle coalescence engines with multiple stages of series all-blade bouncing water turbines that aim to increase power generation by making the production long lens (2d) long from materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase the amount of concentrated power generation from the lens cross section to the water (52b) pipe with sunlight selected from the lens with a long section (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, vacuum Various energy conservation cycle coalescence engines equipped with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the part. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines, which are provided with multiple stages of series all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines equipped with multiple stages of series all blade impeller water turbines aiming to increase power generation by making the long lens (2d) selected from existing materials long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescing engines with multiple stages of series turbine blades and water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy conservation cycle coalescence engines equipped with multi-stage series all-blade bouncing water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescence engines provided with multiple stages of series full blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescing engines with multiple full-length blade impeller water turbines that are provided in multiple stages to provide a set of multiple long lenses (2d) to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long As an all-in-one energy storage cycle coalescence engine with multistage cascade turbines that aim to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And various energy storage cycle coalescing engines with multistage cascaded turbine blade turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescing engines with multiple full-length blade impeller water turbines that are provided in multiple stages to provide a set of multiple long lenses (2d) to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long As an all-in-one energy storage cycle coalescence engine with multistage cascade turbines that aim to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And various energy storage cycle coalescing engines with multistage cascaded turbine blade turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar thermal increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines in multiple stages, which are provided with a plurality of long-length lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy conservation cycle coalescing engines with multistage stages of all-blade impeller series turbines that aim to increase the amount of power generation with a long selection manufacturing long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships plentiful + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, cross section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to approach vacuum Various energy storage cycle coalescing engines with multi-stage series all-blade propulsion water turbines aiming to increase the amount of power generation by maintaining the long-insulated lens (2d) and sunlight in the vicinity of right angles at the raised part. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) In-line all blades aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum vertically downward Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a series of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + vacuum vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials, and a series of all blade impeller water turbines are provided in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the series full-motion aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy conservation cycle coalescence engines with multiple stages of series rotor blade water turbines aiming for the same maximum amount of water generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Additional energy storage cycle coalescing engine with multiple stages of series turbine blade water turbines aiming at the same maximum water output by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to achieve the same maximum water output by accelerating the vaporization explosive force + gravitational acceleration in the heating + vacuum and vertically. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Various energy conservation cycle coalescing engines with multiple stages of series turbine blade water turbines that aim to achieve the same maximum water output by accelerating vaporization explosive force + gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energy storage cycle coalescing engines with multiple stages of all-blade impeller water turbines in series that aim to achieve the same maximum water output by accelerating vaporization explosive force + gravitational acceleration in a vacuum. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the attachment (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + head increase + solar heat increase suspension bridge (2b) etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration and split Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion wheel water turbines aiming to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation by pumping pump (1H) Increase solar head + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines with multi-stage series rotor blade bouncing water turbines that aim to increase power generation by making the production long lens (2d) long. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum Various energy conservation cycle coalescence engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by a cross-section long lens (2d) from the cross section. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) + head increase + solar heat increase Suspension bridge (2b), etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerated vaporization explosive force + gravity acceleration in vacuum Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescence engines that are provided with multiple stages of series all-blade propulsion water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade-running-wheel water turbines in series that aim to increase power generation by accelerating, splitting, and providing multiple long lenses (2d) for fastening fasteners (80B) . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that are equipped with multiple stages of all-stage blade spring water turbines in series that accelerate and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade bouncing water turbines that accelerate and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by accelerating and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, divided and tightened Various energy storage cycle coalescing engines with multiple stages of series full-blade propulsion wheel water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy storage cycle coalescing engines equipped with multi-stage in-line blade impeller water turbines that aim to increase power generation with a long production lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and approached vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining a long lens (2d) that is thermally insulated in the vicinity and sunlight at a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the attachment (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2b) such as a solar thermal increase suspension bridge (2b) + Vaporization explosive force + Gravitational acceleration in the vertical direction Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion wheel water turbines aiming to increase the amount of power generation by providing a set of multiple long lenses (2d) for tightening the fasteners (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines with multi-stage series rotor blade bouncing water turbines that aim to increase power generation by making the production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension solar bridge (2b), etc. (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy conservation cycle coalescence engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by a cross-section long lens (2d) from the cross section. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increasing suspension bridge (2b) and other solar heaters (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for fastening the additional fastener (80B) by accelerating further vertically downward Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating further vertically downward and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate further vertically downward, select a long section lens (2d) from the existing lens cross section, sunlight (water) to the water (52b) tube, aiming to increase the amount of concentrated power generation The series all blade impeller water turbine provided in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided in multiple stages with a series of all blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multiple stages of series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + solar gas heater (2) + long acceleration with joint (80A) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade series impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + solar gas heater (2) + long acceleration with joint (80A) Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split and tighten Various energy storage cycle coalescing engines provided with multi-stage series bucket moving water turbines in multiple stages, aiming to increase power generation by providing multiple long lenses (2d) tightened with a tool (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of series all-blade bouncing water turbines aiming to increase power generation with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increasing suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight through the long section lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part close to vacuum Various energy storage cycle coalescing engines with multiple stages of series all-blade propulsion water turbines that aim to increase power generation by maintaining the long lens (2d) of sunlight and sunlight near right angles. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered cars + Solar thermal suspension suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines in multiple stages, which are provided with a plurality of long-length lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines equipped with multistage stages of all-blade impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to cross section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat augmentation suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to get closer to vacuum Various energy storage cycle coalescing engines with multi-stage series all-blade propulsion water turbines aiming to increase the amount of power generation by maintaining the long-insulated lens (2d) and sunlight in the vicinity of right angles at the raised part. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Accelerate explosive force + gravitational acceleration vertically downward, increase the width of the long lens (2d) of the split fastener (80B), and increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum A series full blade impeller water turbine that aims to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B). Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials . 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Multistage stage full blade impeller water turbine that aims to increase concentrated power generation by accelerating explosive force + gravitational acceleration vertically downward from the existing lens cross section with the selected cross section long lens (2d) into the water (52b) pipe Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum A series full blade impeller water turbine that aims to increase power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation in the vicinity of the vacuum and sunlight near right angles Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for fastening the additional fastener (80B) by accelerating further vertically downward Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided by multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating further vertically downward and providing a set of multiple long lenses (2d) for fastening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joints (2b) solar thermal suspension bridge (2b) solar heater (2) with internal joints (80A) lengthened by compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Accelerate further vertically downward, select a long section lens (2d) from the existing lens cross section, sunlight (water) to the water (52b) tube, aiming to increase the amount of concentrated power generation The series all blade impeller water turbine provided in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of energy provided in multiple stages with a series of all blade impeller water turbines that aim to increase the amount of power generation by accelerating further vertically downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines, which are provided with multiple stages of series all-blade propulsion water turbines that are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines equipped with multiple stages of series all blade impeller water turbines aiming to increase power generation by making the long lens (2d) selected from existing materials long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescing engines with multiple stages of series turbine blades and water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy conservation cycle coalescence engines equipped with multi-stage series all-blade bouncing water turbines that aim to increase power generation by maintaining heat-insulated long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) In series, aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration vertically downward Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) to increase power generation. Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and a series of all-blade impulsive turbine water turbines aiming at increased power generation by increasing the production length lens (2d) from existing materials in multiple stages Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward and maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various types of energy provided in multiple stages of series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Acceleration is further accelerated vertically downward, and a multi-length lens (2d) with clamps (80B) is divided and provided as a set to provide a series of all-blade propulsion vehicle water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Various types of multistage turbine blade turbines that accelerate the acceleration vertically downward and aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight by the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity A series of all blade impeller water turbines in series that aim to increase power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines with multiple stages of all-stage blade bouncing water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and water turbines installed in sets to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat (52Y) is heated by heat exchanger (2Y) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water from selected lens cross section with selected cross-section long lens (2d) (52b) Various energy conservation cycle coalescing engines with multistage cascaded bucket turbines that aim to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + vaporizing explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are close to right angle at the part approaching vacuum This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines in series, which are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Water turbine (52b) is a series of all-bladed impeller water turbines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in vacuum + adding vacuum vertically Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation This is a combined engine with various energy conservation cycles equipped with a series of all-stage blade impeller water turbines that aim at 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) In-line all blades aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum vertically downward Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a series of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + vacuum vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials, and a series of all blade impeller water turbines are provided in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the series full-motion aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity. Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a plurality of long-length lenses (2d) for fastening a fastener (80B). This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) of the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series of lenses aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) is a series that heats + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Multistage stage full blade impeller water turbine that aims to increase power generation by increasing vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum A series of all-blade propulsion turbine water turbines that accelerate the vaporization explosive force + gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, combined with various energy conservation cycles with multiple stages of all-blade impeller series turbines in series, aiming to increase power generation by selecting a long production lens (2d) from existing materials. organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Acceleration of vaporization + acceleration of gravity is accelerated vertically downward, and a long-insulated long lens (2d) and sunlight are kept in the vicinity of a right angle in a part close to a vacuum, aiming to increase power generation. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propulsion turbine water turbines that are installed to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel is injected and burned + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of all-blade bouncing water turbines in series to increase the amount of concentrated power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel-injected and combusted + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight close to right angle near the vacuum Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and a series of all-stage blade impeller water turbines aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and a series full blade impeller water turbine that aims to increase power generation by selecting a long production lens (2d) from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Ventilation explosion force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Accelerate the vaporization explosive force + gravitational acceleration vertically downward, split and install a multi-long lens (2d) with a clamp (80B) to set it as a set. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycles are provided with multiple stages of all-blade series impeller water turbines in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials. Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosion force + gravitational acceleration is further accelerated vertically downward, and a series of all blade impeller water turbines aiming at increasing concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the long blade (2d) of heat insulation in the part close to the vacuum and sunlight are kept in the vicinity of a right angle to aim at an increase in power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Multistage stage full blade impeller water turbine that aims to increase power generation by increasing vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) tightening the split fastener (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum A series of all-blade propulsion turbine water turbines that accelerate the vaporization explosive force + gravitational acceleration vertically downward, divide and provide a set of multiple long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, combined with various energy conservation cycles with multiple stages of all-blade impeller series turbines in series, aiming to increase power generation by selecting a long production lens (2d) from existing materials. organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Acceleration of vaporization + acceleration of gravity is accelerated vertically downward, and a long-insulated long lens (2d) and sunlight are kept in the vicinity of a right angle in a part close to a vacuum, aiming to increase power generation. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosion force + vaporization explosion force in vacuum + gravity acceleration A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various types of energy provided in multiple stages of series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Acceleration is further accelerated vertically downward, and a multi-length lens (2d) with clamps (80B) is divided and provided as a set to provide a series of all-blade propulsion vehicle water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Various types of multistage turbine blade turbines that accelerate the acceleration vertically downward and aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight by the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity A series of all blade impeller water turbines in series that aim to increase power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy storage cycle coalescence engines provided with multiple stages of series full blade impeller water turbines that are divided and provided with a plurality of long lenses (2d) tightened with fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescing engines equipped with multiple stages of all-blade series impeller water turbines that aim to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the long section (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by maintaining heat insulation long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of series all-blade propulsion water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade-running-wheel water turbines in series that aim to increase power generation by accelerating, splitting, and providing multiple long lenses (2d) for fastening fasteners (80B) . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are equipped with multiple stages of all-stage blade spring water turbines in series that accelerate and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade bouncing water turbines that accelerate and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by accelerating and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum . 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various energy storage cycle coalescing engines with multiple stages of series full-blade propulsion wheel water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines with multi-stage series full-blade bouncing water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining a long lens (2d) that is thermally insulated in the vicinity and sunlight at a right angle. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by increasing the width of the long lens (2d) for tightening. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various energy storage cycle coalescing engines with multiple stages of series full-blade propulsion wheel water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) tightened with attachments (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines with multi-stage series full-blade bouncing water turbines aiming to increase power generation with a long production lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various energy conservation cycle coalescence engines with multistage in-line all-blade propulsion water turbines that aim to increase power generation by maintaining a long lens (2d) that is thermally insulated in the vicinity and sunlight at a right angle. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines that increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy storage cycles, which are provided with multiple stages of a series of all blade impeller water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) for fastening and fastening with a fastener (80B) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming at increasing power generation by accelerating to the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section of the existing lens. . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward In combination with various energy conservation cycles, a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase the amount of power generation by maintaining a long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Series + all blades aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided in series to provide a set of multiple long lenses (2d) for fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for fastening with a fastener (80B). This is a combined energy storage cycle engine with multiple stages of all-blade flywheel water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the power generation amount by increasing the length of the selected production length lens (2d) from existing materials. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Water turbine (52b) is a series of all-bladed impeller water turbines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in vacuum + adding vacuum vertically Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the amount of power generation by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration in the vertical direction Accelerating vertically downward, series full-motion aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming at the same maximum water generation by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to achieve the same maximum water output by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to achieve the same water volume and maximum power generation. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Various energy conservation cycle coalescence engines equipped with multiple stages of series full blade impeller water turbines that heat water (52b) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward to aim at the same maximum water generation amount . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and a series of all blade impeller water turbines that aim at the same maximum water generation power generation are combined in various energy storage cycles organ. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of series all-blade propulsion water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade-running-wheel water turbines in series that aim to increase power generation by accelerating, splitting, and providing multiple long lenses (2d) for fastening fasteners (80B) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines that are equipped with multiple stages of series all-blade propulsion water turbines that accelerate and aim to increase the amount of power generation by increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade bouncing water turbines that accelerate and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by accelerating and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade series impeller water turbines that accelerate downward and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Ventilation explosion force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Accelerate the vaporization explosive force + gravitational acceleration vertically downward, split and install a multi-long lens (2d) with a clamp (80B) to set it as a set. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycles are provided with multiple stages of all-blade series impeller water turbines in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials. Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosion force + gravitational acceleration is further accelerated vertically downward, and a series of all blade impeller water turbines aiming at increasing concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the long blade (2d) of heat insulation in the part close to the vacuum and sunlight are kept in the vicinity of a right angle to aim at an increase in power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various types of energy provided in multiple stages of series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Acceleration is further accelerated vertically downward, and a multi-length lens (2d) with clamps (80B) is divided and provided as a set to provide a series of all-blade propulsion vehicle water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Various types of multistage turbine blade turbines that accelerate the acceleration vertically downward and aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight by the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity A series of all blade impeller water turbines in series that aim to increase power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines that are divided and provided with a plurality of long lenses (2d) for fastening the fasteners (80B) as a set to increase power generation amount. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, various energy conservation cycle coalescence engines provided with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by a selected cross section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward In addition, a long-insulation lens (2d) that is close to a vacuum and a series of all blade impeller water turbines that maintain sunlight in the vicinity of a right angle and aim at an increase in power generation are provided in multiple stages in an energy conservation cycle combined engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines that increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy storage cycles, which are provided with multiple stages of a series of all blade impeller water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) for fastening and fastening with a fastener (80B) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of series all-blade propulsion wheel water turbines that aim to increase power generation by accelerating the process and increasing the length of the selected production long lens (2d) from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section of the existing lens. . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward In combination with various energy conservation cycles, a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase the amount of power generation by maintaining a long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the power generation amount by selecting a long production lens (2d) from existing materials. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series of lenses aiming at increasing the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Ventilation explosion force + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Accelerate the vaporization explosive force + gravitational acceleration vertically downward, split and install a multi-long lens (2d) with a clamp (80B) to set it as a set. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and various energy conservation cycles are provided with multiple stages of all-blade series impeller water turbines in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials. Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosion force + gravitational acceleration is further accelerated vertically downward, and a series of all blade impeller water turbines aiming at increasing concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the long blade (2d) of heat insulation in the part close to the vacuum and sunlight are kept in the vicinity of a right angle to aim at an increase in power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of all-blade propulsion water turbines in multiple stages that aim to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the additional vertical downward, and saving various energy Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of all-blade impeller water turbines in multiple stages that aim to increase the amount of power generation by accelerating vertically downward, dividing and providing a plurality of long lenses (2d) for fastening fasteners (80B). Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of various energy conservation cycle coalescence engines that are equipped with multiple stages of series all-blade propulsion water turbines aiming to increase the amount of power generation by accelerating the vertical downwards from the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of all blade impeller water turbines in multiple stages that aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d). Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of all-stage blade impeller water turbines with multiple stages that aim to increase the amount of power generation by accelerating the vertical downward and maintaining the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines with multiple stages of all-stage blade bouncing water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) is compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a multi-lens (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and water turbines installed in sets to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is taken from the existing lens cross section with the selected cross-section long lens (2d) (52b) Various energy storage cycle coalescing engines with multistage turbine blade turbines in series that aim to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines in series, which are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening a fastener (80B), and generating electricity. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and a series full blade impeller water turbine aiming to increase power generation by selecting a long lens (2d) as a production length from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward and increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight kept at right angle near the part close to vacuum Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generated by using a long lens (2d) selected from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Series + all blades aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided in series to provide a set of multiple long lenses (2d) for fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials to increase the power generation amount. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration in the vertical direction Accelerating vertically downward, series full-motion aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the whole series in which heat insulation long lens (2d) and sunlight are kept near right angle near the vacuum to increase power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the length of the split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically downward, and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines with multi-stage series bucket moving water turbines that are equipped with multiple long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated with a compressed water heat exchanger (2Y) and water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward to select a production long lens (2d) from existing materials Various energy storage cycle coalescing engines with multi-stage series turbine blade turbines that aim to increase power generation as long as possible. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the cross-sectional length lens (2d) selected from the existing lens cross section Various energy storage cycle coalescing engines with multiple stages of series-rotor impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with a compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in the vacuum vertically, and insulate the long lens ( 2d) and various energy conservation cycle coalescing engines with multiple stages of all-blade series impeller water turbines that maintain sunlight in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating the water (52b) with the compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward, the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into a plurality of long lenses (2d) for fastening with a fastener (80B) ) In a set of various energy storage cycle coalescing engines with multiple stages of all-blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, and increase the power generation amount by increasing the length of the selected production length lens (2d) from the existing material Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + accelerating vaporization explosive force + gravity acceleration in vacuum vertically downward, and water from the existing lens cross-section with the selected cross-sectional length lens (2d) ( 52b) Various energy storage cycle coalescence engines provided with multistage stages of series moving blade bouncing water turbines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and insulate the long lens (2d) and the sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines equipped with multistage turbine blade turbines that are maintained in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines aiming to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescing engines that are provided in multiple stages with a series of all blade impeller water turbines that aim to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum This is a combined engine with various energy conservation cycles equipped with a series of all-blade bouncing water turbines in multiple stages to maintain power in the vicinity of a right angle. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines that aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the power generation amount by increasing the length of the selected production length lens (2d) from existing materials. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and long lens (2d) for split clamp (80B) tightening ) Various energy storage cycle coalescing engines with multiple stages of series rotor blade bouncing water turbines aiming to increase power generation by increasing the width of 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, divided into multiple lengths of fastening tool (80B) Various energy conservation cycle coalescing engines with a series of all blade impeller water turbines with multiple lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + Gravitational acceleration is accelerated in the vertical downward direction in vacuum, and power generation is performed by selecting a selected long lens (2d) from an existing material. Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and sunlight is selected from the existing lens cross section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines with a series of all blade impeller water turbines in multiple stages, aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and heat insulating long lens (2d) is close to the vacuum. Various energy conservation cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) This is a combined energy storage cycle engine with multiple stages of all-blade bouncing water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided to set a multi-lens (2d) tightening fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of series turbine blade bouncing water turbines, which are installed in the plant and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by increasing the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is drawn from the existing lens cross section with a selected cross-section long lens (2d) to the water (52b) tube This is an engine that combines various energy conservation cycles with multiple stages of series turbine blades and water turbines aiming to increase the amount of concentrated power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy storage cycle coalescing engines with multistage cascade turbine blade turbines that maintain and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of all-stage blade impeller water turbines installed in sets to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Series that aims to increase power generation by heating the water (52b) with the amount of air heat (28b) + accelerating the vaporization explosive force + gravitational acceleration in vacuum vertically downward, and making the selected long lens (2d) long from the existing material Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multistage cascaded bucket turbines that aim to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum This is a combined energy conservation cycle engine with multiple stages of all-blade propulsion turbine water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) is a series that heats + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Water turbine (52b) is a series of all-bladed impeller water turbines that aim to increase power generation by increasing the length of the selected production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in vacuum + adding vacuum vertically Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravity acceleration further downward vertically, long lens (80B) tightening split clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all-blade bouncing water turbines aiming to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravitational acceleration further downward vertically, divided into multiple fasteners (80B) Various energy storage cycle coalescing engines with multi-stage series turbine blades and turbine turbines that aim to increase power generation by providing a long lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection and combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to make the selected production length lens (2d) long Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Water (52b) is heated by compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration is further accelerated vertically downward in the vacuum, and the sun is selected from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to insulate long lens (2d) near the vacuum And various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) The water (52b) is heated in + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for fastening the fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of all-stage blade impeller water turbines installed in sets to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) The water (52b) is heated in + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Water (52b) is heated + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum is accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multistage cascaded bucket turbines that aim to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle This is a combined energy conservation cycle engine with multiple stages of all-blade propulsion turbine water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple series turbine blade turbine water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming at increasing concentrated power generation in pipes. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and a series full blade impeller water turbine that aims to increase power generation by selecting a long production lens (2d) from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the amount of power generation by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase in force maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening the fastener (80B) to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increased force + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and a series of all blade impeller water turbines that aim to increase power generation by increasing the production length lens (2d) from existing materials in multiple stages Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase the force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increased power maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Various types of energy provided in multiple stages of series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Acceleration is further accelerated vertically downward, and a multi-length lens (2d) with clamps (80B) is divided and provided as a set to provide a series of all-blade propulsion vehicle water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Various types of multistage turbine blade turbines that accelerate the acceleration vertically downward and aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight by the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum A series of all blade impeller water turbines in series that aim to increase power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected by the long section section (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines in multiple stages, which are provided with a plurality of long-length lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy conservation cycle coalescing engines with multistage stages of all-blade impeller series turbines that aim to increase the amount of power generation with a long selection manufacturing long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energy storage cycle coalescing engines with multi-stage series all-blade propulsion water turbines aiming to increase the amount of power generation by maintaining the long-insulated lens (2d) and sunlight in the vicinity of right angles at the raised part. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines aiming to increase power generation by increasing the width of the long lens (2d) tightening the tool (80B). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines in multiple stages, which are provided with a plurality of long-length lenses (2d) for tightening fasteners (80B) as a set to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy conservation cycle coalescing engines with multistage stages of all-blade impeller series turbines that aim to increase the amount of power generation with a long selection manufacturing long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to increase the amount of concentrated power generation in the water (52b) pipe with sunlight by the selected cross-section long lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energy storage cycle coalescing engines with multi-stage series all-blade propulsion water turbines aiming to increase the amount of power generation by maintaining the long-insulated lens (2d) and sunlight in the vicinity of right angles at the raised part. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and a series of multiple long lenses (2d) tightened with fasteners (80B) is provided to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propulsion turbine water turbines that are installed to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and a series of all-blade propulsion water turbines are installed in multiple stages aiming to increase the power generation by selecting a long lens (2d) as a selected production length from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward to increase the power generation amount by increasing the selected production length lens (2d) from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum Accelerating vertically downward, select production long lens (2d) from existing materials, aiming to increase power generation amount Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the entire series in series aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of all-blade bouncing water turbines in series to increase the amount of concentrated power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are kept at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines with multistage cascade turbines that aim to increase the volume. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Additional energy storage cycle coalescing engine with multiple stages of series-rotor impeller water turbines aiming at the same maximum water generation by accelerating gravitational acceleration vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Various energy conservation cycle coalescing engines with multiple stages of series turbine blades and turbines that aim to achieve the same maximum amount of water generation by accelerating heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and various energy provided in series with a series of all blade impeller water turbines aiming at the same maximum amount of water generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to combine various energy conservation cycles with multiple all-stage blade impeller water turbines aiming at the same water maximum power generation in multiple stages organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum Accelerating vertically downward, various energy conservation cycles with multistage cascade all-wheel impeller water turbine aiming at the same maximum amount of water generation Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Combined with various energy conservation cycles, which are provided with multiple stages of series-rotor-bladed propeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Accelerates vertically downward, divides and installs multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines that aim to increase the amount of power generation. Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase concentrated power generation by accelerating vertically downward from the existing lens cross-section and selecting the cross-section long lens (2d) into the water (52b) pipe Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Accelerates vertically downward and maintains a long lens (2d) for heat insulation in a part close to a vacuum and a series of all-blade impeller water turbines designed to increase power generation by maintaining sunlight near the right angle to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum A series of full blade impeller water turbines are installed in multiple stages to accelerate the force + gravitational acceleration vertically downward and increase the width of the long lens (2d) of the split fastener (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Multi-stage series full blade impeller water turbine aiming to increase power generation by accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full-blade bouncing water turbines that aim to increase power generation by accelerating force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum In addition to the acceleration of gravity + gravitational acceleration vertically downward, select a long section lens (2d) from the existing lens cross-section and sunlight (water) into the water (52b) tube. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Multi-stage series rotor blade water turbine that aims to increase power generation by accelerating force + gravitational acceleration downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines that increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the power generation amount. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy storage cycles, which are provided with multiple stages of a series of all blade impeller water turbines that aim to increase power generation by providing a set of multiple long lenses (2d) for fastening and fastening with a fastener (80B) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all-wheel impeller water turbines aiming at increasing power generation by accelerating to the existing materials and increasing the length of the selected production long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines with multiple stages of series all-wheel impeller water turbines aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section of the existing lens. . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward In combination with various energy conservation cycles, a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase the amount of power generation by maintaining a long lens (2d) of heat insulation and sunlight in the vicinity of a right angle near the vacuum. organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Combined with various energy conservation cycles, which are provided with multiple stages of series-rotor-bladed propeller water turbines that accelerate vertically downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Accelerates vertically downward, divides and installs multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines that aim to increase the amount of power generation. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase the amount of power generation by accelerating vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase concentrated power generation by accelerating vertically downward from the existing lens cross-section and selecting the cross-section long lens (2d) into the water (52b) pipe Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Accelerates vertically downward and maintains a long lens (2d) for heat insulation in a part close to a vacuum and a series of all-blade impeller water turbines designed to increase power generation by maintaining sunlight near the right angle to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy storage cycle coalescence engines that are provided with multiple stages of series all-blade propulsion water turbines that accelerate and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of all-blade-running-wheel water turbines in series that aim to increase power generation by accelerating, splitting, and providing multiple long lenses (2d) for fastening fasteners (80B) . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are equipped with multiple stages of all-stage blade spring water turbines in series that accelerate and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade bouncing water turbines that accelerate and aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines that aim to increase the amount of power generation by accelerating and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycle coalescence engines with multiple stages of series full blade impeller water turbines that accelerate downwards and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full-blade bouncing water turbines that accelerate downward and are divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycle coalescence engines that are provided with multiple stages of series turbine blade water turbines that are accelerated in the downward direction and aim to increase the amount of power generation by making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Combined with various energy conservation cycles with multiple stages of series full blade impeller water turbines aiming to increase concentrated power generation by accelerating downward from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Various energy conservation cycles with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating downward and maintaining heat insulation long lens (2d) near the right angle in the vicinity of vacuum Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening (80B) to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressed heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and the series production blade lens (2d) is made long from existing materials, aiming to increase power generation. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum In-line full blade impeller water turbine that aims to increase power generation by increasing the length of the long lens (2d) tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration inside Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and a series of full-length blade impeller water turbines are provided in multiple stages, aiming to increase power generation by selecting a long lens (2d) that can be selected from existing materials. Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum In-line full-wing blade bouncing water that accelerates vaporization explosion force + gravitational acceleration vertically downward, and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum A series of all-blade impellers that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight at right angles near the vacuum Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in a vacuum and selecting a long lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various types of energy provided in multiple stages of series full blade impeller water turbines that accelerate acceleration further downward and increase the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Acceleration is further accelerated vertically downward, and a multi-length lens (2d) with clamps (80B) is divided and provided as a set to provide a series of all-blade propulsion vehicle water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines that aim to increase power generation by accelerating the acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Various types of multistage turbine blade turbines that accelerate the acceleration vertically downward and aim to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) pipe with sunlight by the selected cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity A series of all blade impeller water turbines in series that aim to increase power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B), and a series of all blade impeller water turbines for increasing power generation are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration further vertically downward, divide and install multiple long lens (2d) with tightening tool (80B) as a set to increase power generation amount In series multi-blade impeller vehicle water turbine in multiple stages Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Energy conservation cycle coalescence engine with multiple stages of series full-blade bouncing water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, and install a series of all-bladed impeller water turbines in multiple stages aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected from the cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerate gravity acceleration vertically downward, maintain a long lens (2d) of heat insulation in the part close to the vacuum and maintain the sunlight in the vicinity of a right angle to increase the power generation amount. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple series turbine blade turbine water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Heat recovery (28a) with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with the selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming at increasing concentrated power generation in pipes. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle in the part approaching vacuum Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to increase the amount of power generated by using a long lens (2d) selected from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for tightening fasteners (80B). Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration is accelerated vertically downward, and a series full blade impeller that aims to increase power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressed heat recovery with pump (1G) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is concentrated to water (52b) tube with a selected section length lens (2d) from the existing lens section Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are maintained at right angles near the part near the vacuum. Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Various explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened by the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to increase power generation in series Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and all the blades in series aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and in the part close to the vacuum, heat insulation long lens (2d) and sunlight are kept near right angle, aiming to increase power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase power generation in series Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and a series of multiple long lenses (2d) tightened with fasteners (80B) is provided to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and a series of all-blade propulsion water turbines are installed in multiple stages aiming to increase the power generation by selecting a long lens (2d) as a selected production length from existing materials. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the entire series in series aims to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are kept at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically, and tighten the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of series-rotor-blade bouncing water turbines that aim to increase power generation by increasing the width of the long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines with multi-stage series bucket moving water turbines that are equipped with multiple long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the internal air (28a) with the compressed water heat exchanger (2Y) and heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and selecting from existing materials Long lens (2d) This is a combined engine with various energy conservation cycles that has multiple turbine blade turbines in series that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, select the cross-section long lens (2d ) In various energy conservation cycle coalescence engines, multiple series turbine blade turbine water turbines that aim to increase the amount of concentrated power generation in the water (52b) tube with sunlight. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y), heat the water (52b) + vaporize explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, heat insulation long lens near the vacuum (2d) and various energy storage cycle coalescing engines provided with multiple stages of all-blade series impeller water turbines that aim to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines aiming to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool. The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescing engines that are provided in multiple stages with a series of all blade impeller water turbines that aim to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool. Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool. The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum This is a combined engine with various energy conservation cycles equipped with a series of all-blade bouncing water turbines in multiple stages to maintain power in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to divide the clamp (80B) and tighten the long lens (2d) Various energy storage cycle coalescing engines with multistage cascade turbine blade turbines that aim to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses for fastening the fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of series full blade impeller water turbines aiming to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select from existing materials Select the production length lens (2d) as long and generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum to accelerate vertically downward, and select sunlight from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with water turbines (52b) provided in multiple stages with series full blade impeller water turbines aiming to increase concentrated power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum, accelerate vertically downward, heat insulation long lens (2d) and sun Various energy conservation cycle coalescing engines equipped with multistage cascade turbine blade turbines that maintain light near right angles and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate power. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into a set of multiple long lenses (2d) for fastening fasteners (80B). Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series full blade impeller that aims to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected section length lens (2d) from the existing lens section Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heat water (52b) + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, and keep heat insulating long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propulsion turbine water turbines that are installed to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward to increase the power generation amount by increasing the selected production length lens (2d) from existing materials Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of all-blade bouncing water turbines in series to increase the amount of concentrated power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Accelerating vaporization explosive force + gravitational acceleration in vacuum vertically, long lens for split clamp (80B) tightening ( Various energy storage cycle coalescing engines provided with multiple stages of series all-blade bouncing water turbines aiming to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple fasteners (80B) Various energy storage cycle coalescing engines with multi-stage series turbine blades and turbine turbines that aim to increase power generation by providing a long lens (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the water (52b) with the compressed air calorie (28b) of the internal air calorie + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select the existing production material from the long lens (2d) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and the sun is selected with a long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the water (52b) with the compressed air calorie (28b) of the internal air calorie + vaporizing explosive force + gravitational acceleration in the vacuum, vertically accelerating vertically downward, heat insulating long lens (2d) And various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) (2b) compression of internal air heat quantity Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propeller turbine water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) (2b) compression of internal air heat quantity Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy conservation cycle coalescing engines with multiple stages of all-stage blade impeller water turbines installed in sets to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) (2b) compression of internal air heat quantity Series that aims to increase power generation by heating the water (52b) with the amount of air heat (28b) + accelerating the vaporization explosive force + gravitational acceleration in vacuum vertically downward, and making the selected long lens (2d) long from the existing material Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multistage cascaded bucket turbines that aim to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum This is a combined energy conservation cycle engine with multiple stages of all-blade propulsion turbine water turbines that are maintained at the same time and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with a fastener (80B) Various energy conservation cycle coalescing engines with multiple series turbine blade turbine water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and sunlight is converted into water (52b) from the existing lens cross section with a selected cross section long lens (2d). ) Various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming at increasing concentrated power generation in pipes. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a series full blade impeller water turbine that aims to increase power generation by selecting a long lens (2d) that is a selected production length from existing materials Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the power generation amount by selecting a long lens (2d) that is a selected production length from existing materials. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, long lens for split clamp (80B) tightening Various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines with multiple full-length blade impeller water turbines that are provided in multiple stages to provide a set of multiple long lenses (2d) to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration, select production length lens (2d) is long from existing materials As an all-in-one energy storage cycle coalescence engine equipped with multistage turbine blade turbines that aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of series all blade impeller water turbines aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) for heat insulation at the part approaching the vacuum ) And various energy storage cycle coalescing engines with multistage cascaded turbine blade turbines that aim to increase power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines equipped with multiple stages of all-stage blade impeller water turbines that aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy conservation cycle coalescing engines with multiple series turbine blade turbine water turbines that are installed as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage series turbine blade water turbines aiming at increasing concentrated power generation in pipes. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy conservation cycle coalescing engines with multistage cascade turbine blade turbines that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of series turbine blade bouncing water turbines aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel is injected and burned + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening (80B) ) In a set of various energy storage cycle coalescing engines with multiple stages of all-blade impeller water turbines aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward to increase the amount of power generation by making the selected long lens (2d) long from existing materials Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( Water (52b) is heated in 28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, and sunlight is converted to water (2d) from the existing lens cross section with the selected cross section long lens (2d). 52b) Various energy storage cycle coalescence engines provided with multistage stages of series moving blade bouncing water turbines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy conservation cycle coalescing engines equipped with multistage turbine blade turbines that are maintained in the vicinity of a right angle and aim to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and a series of all blade impeller water turbines aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is increased from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d). This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum Additional vertical acceleration accelerates and maintains heat insulation long lens (2d) and sunlight in the vicinity of the right angle near the vacuum Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy conservation cycle coalescing engines with multiple stages of all-blade flywheel water turbines aimed at increasing. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum Accelerating vertically downward, select production long lens (2d) from existing materials, aiming to increase power generation amount Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing turbine water turbines aiming to increase the quantity. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy conservation cycle coalescing engines equipped with multistage cascade blade turbine water turbines aimed at increasing power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Explosive force increased to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple sets of long lenses (2d) for fastening (80B) to increase power generation This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increase the explosion power to the maximum + Vaporization explosion force in the vacuum + Gravitational acceleration is accelerated vertically downward, and the series full blade impeller water turbine that aims to increase the amount of power generation by selecting the long production lens (2d) from the existing material Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increase explosion power to maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines equipped with multiple stages of series turbine blades and targeted water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, increases heat generation by maintaining long lens (2d) and sunlight near right angle near vacuum This is a combined engine with various energy conservation cycles equipped with multi-stage series turbine blades and water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + In-vacuum series turbine blades aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and increasing the width of the long lens (2d) of the split fastener (80B) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + In-vacuum series blades aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and dividing and providing multiple long lenses (2d) with fastening tools (80B) as a set Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Various energies with multiple stages of series all blade impeller water turbines aiming to increase power generation by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and making the selected production length lens (2d) long from existing materials Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), and the solar thermal increase suspension bridge (2b) are moved up and down with the lifting tool. A series of all-blade impellers aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube by accelerating the vaporization explosive force + gravitational acceleration vertically in the vacuum and selecting the long-section lens (2d) from the existing lens cross-section Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + A series of all blades that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration in a vacuum and maintaining a long lens (2d) with heat insulation and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Various explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) tightened by the split fastener (80B) and increase the power generation amount. Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for tightening fasteners (80B) to increase power generation in series Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and a series of all-blade impeller water turbines are installed in multiple stages, aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and all the blades in series aim to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and in the part close to the vacuum, heat insulation long lens (2d) and sunlight are kept near right angle, aiming to increase power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Various series of multistage turbine blade turbines that accelerate the gravitational acceleration downward and increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Accelerate gravitational acceleration vertically, split and provide multiple long lenses (2d) with clamps (80B) to provide a set of series full blade impeller water turbines in multiple stages to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines with multiple stages of series full blade impeller water turbines aiming to increase power generation by accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + In addition to the existing lens cross-section, a series of all-blade propulsion water turbines are installed in multiple stages, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + In addition to the vertical acceleration, the long-insulated lens (2d) and the sunlight in the vicinity of the right angle are maintained near the right angle in the part close to the vacuum, and a series of all blade impeller water turbines are provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum A series of full blade impeller water turbines are installed in multiple stages to accelerate the force + gravitational acceleration vertically downward and increase the width of the long lens (2d) of the split fastener (80B) to increase power generation Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Multi-stage series full blade impeller water turbine aiming to increase power generation by accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Various energy conservation cycle coalescing engines with multiple stages of series full-blade bouncing water turbines that aim to increase power generation by accelerating force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum In addition to the acceleration of gravity + gravitational acceleration vertically downward, select a long section lens (2d) from the existing lens cross-section and sunlight (water) into the water (52b) tube. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Multi-stage series rotor blade water turbine that aims to increase power generation by accelerating force + gravitational acceleration downward and maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravity acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration are further accelerated vertically downward, and divided into multiple sets of long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration added in the vertical direction Friction loss reducing means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Vaporization explosive force + gravitational acceleration in vacuum Accelerate vertically downward and increase the concentrated power generation amount from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration is accelerated in the vertical downward direction, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation by increasing. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that is maintained in the vicinity and aims to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation by increasing. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) As a set, various energy storage cycle coalescing engines aiming at increasing the amount of power generation by providing multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that is maintained in the vicinity and aims to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with a friction loss reducing means (3) aiming to increase power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, select cross-sectional length lens from existing lens cross section ( 2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe in sunlight. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation length is close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining the lens (2d) and sunlight in the vicinity of a right angle and aiming to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the amount of power generation by increasing the width of the long lens (2d) for tightening the tool (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross section of existing lens Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight selected from the long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with a long lens (2d) for heat insulation and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) provided with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered cars + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically, split and tightening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with a friction loss reducing means (3) aiming to increase power generation by providing a plurality of tightened long lenses (2d) as a set. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ) And a series of opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increased power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward to select a cross-section long lens from the existing lens cross-section ( 2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe in sunlight. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by hydroelectric power generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and insulation is long in the part close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining the lens (2d) and sunlight in the vicinity of a right angle and aiming to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Opposed series full-motion equipped with friction loss reducing means (3) aiming to increase power generation by accelerating further vertically downward and providing a set of multiple long lenses (2d) tightened with fasteners (80B) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the additional vertical downward and making the selected production length lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum An opposed series full blade equipped with friction loss reducing means (3) for accelerating downward in the vertical direction and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) internal heat compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Opposite series full motion with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating further vertically downward and keeping the heat insulating long lens (2d) near the right angle near the vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, the opposed series full blade impeller water turbine equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for fastening the split fastener (80B) is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) that is divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In addition, various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b) which is made long with the joint (80A) (2) The solar air (2) Compressed heat recovery + Vaporization explosive force + Gravitational acceleration in the vertical direction In a part close to a vacuum, a heat insulating long lens (2d) and multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) (2) Solar heater (2) Internal air compression heat recovery + Vaporization explosion force + Gravity acceleration in vertical acceleration Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heater (2) Internal air compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation by providing a plurality of long lenses (2d) tightened with a tool (80B) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house flourishing + Solar heater (2) Internal air compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Combined with various energy conservation cycles equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation concentrated on the water (52b) tube with sunlight through the long lens (2d) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part approaches vacuum Various energy conservation cycles with multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight near right angle Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and split tightening Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the amount of power generation by increasing the width of the long lens (2d) for tightening the tool (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross-section of existing lens Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight selected from the long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with a long lens (2d) for heat insulation and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater including half-cylinder outer box (77B) (2) internal air (28a) compressed heat recovery + vacuum with heat pump (1G) Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) to enable vacuum at joint (80A) Solar heater (2) Internal air (28a) compression heat recovery with heat pump (1G) + Vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Accelerating and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation, the opposed series full blade impeller water turbine equipped with the friction loss reducing means (3) is multistage. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Opposed in-series full blade impeller water turbine provided with friction loss reducing means (3) for accelerating and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating and selecting the selected production length lens (2d) from existing materials organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that aims to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravity acceleration added vertically downward An opposed series full blade impeller water turbine provided with frictional loss reduction means (3) for accelerating and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum and increasing the amount of power generation by maintaining sunlight in the vicinity of a right angle Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) Internal air (28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + gravity acceleration added vertically A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Friction loss reduction means (3) that heats water (52b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) solar heater (2b) including half-cylinder outer box (77B) internal air (28a) with compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force in the vacuum + acceleration of gravity downward in the vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) with clamps (80B) to reduce friction loss to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposite series all equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and friction loss reduction means aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) internal air (28a) heated by joint water (80A) Heated water (52b) with compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and heat loss is reduced by maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Friction loss aiming to increase power generation by heating and adding a vaporization explosive force in vacuum + gravitational acceleration to the vertical downward direction and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposed series equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, reducing the loss of friction aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heater (2) (2b) internal air (28a) to enable vacuum at joint (80A) water (52b) with compressed water heat exchanger (2Y) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat loss is increased by maintaining a long lens (2d) and sunlight near right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) + Vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heater (2) (2b) internal air (28a) heated with compressed water heat exchanger (2Y) water (52b) + vaporized in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b Friction loss aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in the vacuum + heating in vacuum + Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b )) + Friction loss reduction means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in the vacuum vertically Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is applied to the water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Friction that aims to increase the amount of concentrated power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar heater (2) (2b) internal air calorie compressed air calorie (28b) water (52b ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward, divides and provides a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller equipped with friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) lengthened with joint (80A) Solar heater (2) (2b) Heated water (52b) with compressed air calorie (28b) of internal air calorie + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction, and the friction loss reducing means (3) aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2b) Solar heater (2) (2b) Heat of air (28b) with internal air calorie (28b) Heat + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + gravity acceleration in vacuum Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + gravity acceleration in vacuum Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + gravity acceleration in vacuum A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosion force + gravity acceleration in vacuum Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + gravity acceleration in vacuum Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engine provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heaters (2) (2b) heat of compressed air (28b) of internal air heat + water (52b) + explosive power of vaporization in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and the friction loss reduction means (3) is aimed at increasing the power generation amount by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating water (52b) with solar heat generator (2) (2b) compressed air calorie (28b) including heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with targeted friction loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar heater (2) (2b) compressed air calorie (28b) heating + fuel injection combustion + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) solar heating (2) (2b) compressed air calorie (28b) to allow vacuum at joint (80A) + fuel injection combustion + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Opposite series full motion equipped with friction loss reducing means (3) for accelerating the acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Opposed series with friction loss reducing means (3) for accelerating acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Accelerating the acceleration vertically further downward, and using a cross-sectional length lens (2d) from the existing lens cross section, the sunlight (water) to the water (52b) tube is equipped with friction loss reduction means (3) that aims to increase the concentrated power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion force in vacuum + Gravity Opposite series equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) Solar heater (2) including half-cylinder outer box (77B) Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engine provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is long with the joint (80A) Increase the vaporization explosive force to the maximum with the solar heater (2) + Accelerate the vaporization explosive force + gravity acceleration in vacuum vertically Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Accelerating and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation, the opposed series full blade impeller water turbine equipped with the friction loss reducing means (3) is multistage. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Opposed in-series full blade impeller water turbine provided with friction loss reducing means (3) for accelerating and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating and selecting the selected production length lens (2d) from existing materials organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that aims to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Maximum increase in vaporization explosive force by solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine provided with frictional loss reduction means (3) for accelerating and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum and increasing the amount of power generation by maintaining sunlight in the vicinity of a right angle Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole house electrified + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Combined various energy storage cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force + gravity acceleration in vacuum additional vertical acceleration, split vertically and tighten Various types of energy storage with multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) tightened with attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make all-electric houses prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long production lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the selected section long lens (2d) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downwards, approaching vacuum Various types of energy conservation with multi-stage opposed series full blade impeller water turbine equipped with a long lens (2d) that is thermally insulated in part and friction loss reduction means (3) that aims to increase the amount of power generation by maintaining sunlight near right angles Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided A set of multiple long lenses (2d) for tightening the clamps (80B) to increase the amount of power generation. A series of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) are provided in multiple stages. Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with sunlight selected from the cross-section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Solar gas heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) in the close part and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) aiming to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increased concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Opposite series full motion equipped with friction loss reduction means (3) provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation while maintaining light in the vicinity of a right angle Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity accelerated vertically downward, long lens (2d) with split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, divided into multiple long lenses with fastening tool (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) aiming to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Water surface floating type solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, select production length lens (2d) from existing material, and generate power Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface-floor type solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section length lens (2d) Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increased concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation surface floating solar heater (2) + vaporization explosive force in gravity + gravity acceleration is accelerated vertically downward, heat insulation long lens (2d) and sun Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining the light in the vicinity of a right angle and aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Combined with various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for providing a plurality of tightened long lenses (2d) as a set to increase power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery storage Various water types + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries, + surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, selected cross section from existing lens cross section Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight through the long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive storage batteries + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward at the part close to vacuum Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with heat insulating long lens (2d) and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight near right angle organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Equipped with friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) that aims to increase power generation by splitting and providing multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Friction loss reduction means (3) for accelerating the vaporization explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposite series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to a water (52b) pipe with sunlight selected from a long section lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, A multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same water maximum power generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + water surface floating solar heater (2) Internal air (28a) with heat pump (1G) heat recovery + vaporization explosion force in vacuum + gravity acceleration Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming for the same maximum amount of power generation by accelerating further vertically downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating type solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosion force + gravitational acceleration is accelerated in the vertical direction, and various series of energy storage is provided with opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same maximum amount of water generation. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Various energy conservation cycle coalescence engines equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming at the same maximum water generation by accelerating explosive force + gravity acceleration . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + water surface floating type solar heater (2) (2b) heat of compressed air (28b) to heat water (52b) + fuel injection combustion + in vacuum Combined with various energy conservation cycles equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming at the same maximum water generation by accelerating vaporization explosive force + gravity acceleration organ. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1,200m + a solar surface heater such as a surface-floating type (2) + additional vaporization explosive force + gravity acceleration in a vacuum vertically and split fasteners (80B) Combined various energy storage cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening organ. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum further vertically accelerated, divided and tightened Various types of energy storage with multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) tightened with attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by 1200m + solar floating heater such as a surface-floating type (2) + vaporization explosive force in vacuum + gravity acceleration accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long production lens (2d). 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) with a drop of 1200m + a solar surface heater such as a surface-floating type (2) + vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the selected section long lens (2d) Combined organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差１２００ｍ増大＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) increased by a drop of 1200m + water surface floating type solar heater (2) + vaporization explosive force + gravity acceleration in vacuum accelerated vertically downward, approaching vacuum Various types of energy conservation with multi-stage opposed series full blade impeller water turbine equipped with a long lens (2d) that is thermally insulated in part and friction loss reduction means (3) that aims to increase the amount of power generation by maintaining sunlight near right angles Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulation material (2c) half-cylinder outer box (77B), etc. A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) that aims to increase power generation by splitting and providing multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to a water (52b) pipe with sunlight selected from a long section lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that is long with joint (80A) (2) Water surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum A multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for fastening the split fastener (80B) is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. A multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that is provided with a set of multiple long lenses (2d) for tightening the fastener (80B) and aiming to increase power generation Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. A multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at the joint (80A) + Solar floating heater (2) + surface evaporation type, etc. In the multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and friction loss reducing means (3) aiming to increase the amount of power generation by maintaining sunlight near right angles Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split and tightening tool ( 80B) Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing a plurality of tightened long lenses (2d) as a set . 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation with (2d) being long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make all-electric houses prime with hydroelectric power generation + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected cross section length from existing lens cross section Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight through the lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) + vaporization explosive force in gravity + gravity acceleration is further accelerated vertically downward to insulate the part near the vacuum Long-range lens (2d) and various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation while maintaining sunlight in the vicinity of a right angle . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water surface floating type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery-powered vehicles with hydroelectric power generation + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, divided and tightened Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation by providing a plurality of long lenses (2d) tightened with a tool (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to selectively manufacture from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Water-floating solar power heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross-sections Combined with various energy conservation cycles equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation concentrated on the water (52b) tube with sunlight through the long lens (2d) organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water-floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, close to vacuum Various energy conservation cycles with multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight near right angle Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that increases the width of the long lens (2d) for tightening the split fastener (80B) and increases the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward The counter-series full blade impeller water equipped with friction loss reducing means (3) for accelerating, dividing and providing a plurality of long lenses (2d) for fastening the fastener (80B) and aiming to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production long lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward The opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a lens (2d) having a selected cross section length. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) floating surface solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically downward Accelerating to a near-vacuum long lens (2d) and the opposed in-series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle in the vicinity of the vacuum Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation by increasing the width of the long lens (2d) for tightening the fastener (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that is longer than the solar thermal suspension suspension bridge (2b) Water-floating solar heater (2) + Vaporization explosive force + gravity acceleration in the vacuum The multi-long lens (2d) for tightening the fastener (80B) is provided as a set, and the opposed series full blade impeller water turbine provided with the friction loss reducing means (3) for increasing the power generation amount is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the production long lens (2d) long from the material. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the lens cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) which is long with joint (80A) + Surface floating type solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum A multi-stage opposed series full blade impeller water turbine equipped with a heat insulating long lens (2d) and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight at a right angle near the portion Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) that aims to increase power generation by splitting and providing multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to a water (52b) pipe with sunlight selected from a long section lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) + Surface floating type solar heater (2) + Vaporization explosion force + Gravitational acceleration in vacuum A multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and split fastener (80B) tightened Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) for increasing the power generation amount by increasing the width of the attached long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B ) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with a friction loss reducing means (3) that is provided with a plurality of tightening long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify the house with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Long lens ( Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation with 2d) being long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and selected cross section long lens from existing lens cross section (2d) Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to make the whole house electrified with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, insulation in the part near the vacuum Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with a long lens (2d) and friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered various automobiles + Water surfacing type solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener (80B ) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the tightening long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered vehicles + water-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, split and tightening tool (80B) Combined with various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for providing a plurality of tightened long lenses (2d) as a set to increase power generation organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various automobiles + surface-floating solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, selected production length from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries with hydroelectric power generation + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and selected cross section from existing lens cross section Various energy conservation cycle coalescence engines with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight through the long lens (2d) . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered vehicles + Water surface floating solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward in the part approaching the vacuum Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with heat insulating long lens (2d) and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight near right angle organ. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating type solar heater (2) compression heat recovery of internal air + evaporation power in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that increases the width of the long lens (2d) for tightening the split fastener (80B) and increases the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward The counter-series full blade impeller water equipped with friction loss reducing means (3) for accelerating, dividing and providing a plurality of long lenses (2d) for fastening the fastener (80B) and aiming to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production long lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward The opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a lens (2d) having a selected cross section length. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar thermal augmentation suspension bridge (2b) that is long with joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically downward Accelerating to a near-vacuum long lens (2d) and the opposed in-series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle in the vicinity of the vacuum Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface floating type solar heater (2) Internal air compression heat recovery + Vaporization explosive force + Gravity acceleration added vertically A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and divided Various multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing a plurality of long-length lenses (2d) for tightening a clamp (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to fully electrify the house + surface floating solar heater (2) Compressed heat recovery of internal air + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified home primed + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with sunlight selected from the cross-section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) in the close part and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) that aims to increase power generation by splitting and providing multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to a water (52b) pipe with sunlight selected from a long section lens (2d). Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Water surface floating solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Accelerating gravity acceleration additional vertically downward, A multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Friction loss reduction means aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Friction loss aiming to increase power generation by collecting and collecting the vaporization explosive force in vacuum + gravitational acceleration further vertically downward and dividing and providing multiple long lenses (2d) with fasteners (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration is further accelerated vertically downward, and the opposite series is equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Friction loss reduction aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the collection cross-section long lens (2d) by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) water surface floating solar heater (2) internal air (28a) compressed by heat pump (1G) Friction loss that aims to increase power generation by recovering + vaporization explosive force + vacuum acceleration in vacuum and accelerating vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2) Water surface floating type solar heater (2) The internal air (28a) is recovered by compressing heat with a heat pump (1G) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Equipped with friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Various energy conservation cycle coalescing engines that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, dividing and providing multiple long lenses (2d) with fastening tools (80B). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposite series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at the joint (80A) (2) Surface-floating solar heater (2) Internal air (28a) with heat pump (1G) in heat recovery + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Opposing in-series full blade impeller water equipped with friction loss reducing means (3) that accelerates vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Opposite series all blades equipped with friction loss reducing means (3) for accelerating vertically downward and dividing to provide a plurality of long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Various energies with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that accelerates vertically downward and is made of a long lens (2d) of selected production length from existing materials and aims to increase power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Opposite series full blade impeller equipped with friction loss reduction means (3) aiming to increase concentrated power generation by accelerating vertically downward from the existing lens cross section to the water (52b) tube with sunlight selected by the long lens section (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force + gravity acceleration added in vacuum Opposite series all blades provided with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating vertically downward and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + water surface floating solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity acceleration Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to reduce the loss of friction by increasing the length of the selected production length lens (2d) from the existing material to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface floating solar heater (2) (2b) internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) Friction loss aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in the vacuum + heating in vacuum + Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) Water surface floating type solar heater (2) (2b) The internal air (28a) is compressed by the compressed water heat exchanger (2Y) (52b )) + Friction loss reduction means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in the vacuum vertically Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is applied to the water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Friction that aims to increase the amount of power Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long at the joint (80A) (2b) The surface-floating solar heater (2) (2b) The internal air (28a) is water (52b) with the compressed water heat exchanger (2Y) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heat + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) Equipped with friction loss reduction means (3) aiming to increase the amount of power generation by heating 52b) + evaporating explosive force in vacuum + gravitational acceleration accelerated vertically downward, and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that enables vacuum at the joint (80A) (2b) Water-floating solar heater (2) (2b) Internal air (28a) with compressed water heat exchanger (2Y) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Equipped with friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Friction loss reduction means (3) for accelerating the vaporization explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposite series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + water surface floating type solar heater (2) (2b) internal air (28a) with compressed water heat exchanger (2Y) heat water (52b) + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Friction loss reduction means (3) that heats water (52b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat-insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force in the vacuum + acceleration of gravity downward in the vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) with clamps (80B) to reduce friction loss to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposite series all equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and friction loss reduction means aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and heat loss is reduced by maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Friction loss aiming to increase power generation by heating and adding a vaporization explosive force in vacuum + gravitational acceleration to the vertical downward direction and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposed series equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, reducing the loss of friction aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) (2b) Water surface floating solar heater (2) (2b) Internal air calorie Compressed air calorie (28b) Water (52b) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat loss is increased by maintaining a long lens (2d) and sunlight near right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + water surface floating type solar heater (2) (2b) heating of water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + water surface floating solar heater (2) (2b) internal air calorie compressed air calorie (28b) heat water (52b) + vaporize in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) Friction loss reduction means (3) aiming to increase power generation by increasing the length of the selective production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in the vacuum vertically Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) surface-floating solar heater (2) (2b) compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force in the vacuum + gravitational acceleration in the vertical direction Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B), and friction loss aimed at increasing power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + In-line series equipped with friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating the vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, reducing the loss of friction aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) (2b) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat loss is aimed at increasing power generation by maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and reduce friction loss to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B). Friction for increasing power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposing production is equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the loss of friction is aimed at increasing the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Water surface floating solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection Combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and friction is aimed at increasing power generation by maintaining a long lens (2d) of heat insulation and sunlight at right angles near the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Opposite equipped with friction loss reducing means (3) for accelerating the force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Friction loss reduction means (3) for accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward from the existing material and making the production length lens (2d) long. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum Friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the force + gravitational acceleration downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Water surface floating type solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosion in vacuum It is equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward, keeping the heat insulating long lens (2d) near the vacuum and keeping sunlight in the right angle vicinity Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Equipped with friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Friction loss reduction means (3) for accelerating the vaporization explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposite series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + surface-floating solar heater (2) (2b) heating water (52b) with compressed air calorie (28b) + fuel injection combustion + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) water surface floating solar heater (2) including half-cylinder outer box (77B) + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) that is long with a joint (80A) Increases the vaporization explosive force to the maximum with a surface-floating solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Opposing in-series full blade impeller water equipped with friction loss reducing means (3) that accelerates vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Opposite series all blades equipped with friction loss reducing means (3) for accelerating vertically downward and dividing to provide a plurality of long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Various energies with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that accelerates vertically downward and is made of a long lens (2d) of selected production length from existing materials and aims to increase power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Opposite series full blade impeller equipped with friction loss reduction means (3) aiming to increase concentrated power generation by accelerating vertically downward from the existing lens cross section to the water (52b) tube with sunlight selected by the long lens section (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuum at the joint (80A) Increase the vaporization explosive force to the maximum with the surface floating type solar heater (2) + Add vaporization explosive force + gravity acceleration in vacuum Opposite series all blades provided with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating vertically downward and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation by increasing the width of the long lens (2d) for tightening the fastener (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided The multi-long lens (2d) for tightening the fastener (80B) is provided as a set, and the opposed series full blade impeller water turbine provided with the friction loss reducing means (3) for increasing the power generation amount is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the production long lens (2d) long from the material. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify housing with hydroelectric power generation + Water surface floating solar heater (2) increases vaporization explosive force to the maximum + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, existing Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the lens cross-section long lens (2d) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Water surface floating type solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, vacuum A multi-stage opposed series full blade impeller water turbine equipped with a heat insulating long lens (2d) and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight at a right angle near the portion Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for fastening the split fastener (80B) is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward A multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that is provided with a set of multiple long lenses (2d) for tightening the fastener (80B) and aiming to increase power generation Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward A multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋水面浮上型太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery powered cars + Water surface floating solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward In the multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and friction loss reducing means (3) aiming to increase the amount of power generation by maintaining sunlight near right angles Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And sunlight in the vicinity of a right angle, and various energy storage cycle coalescing engines provided with multiple stages of opposed series full-blade propulsion water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, long lens with split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) for tightening Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, and selected production long lens (2d) is long Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal expansion suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward from the existing lens cross-section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, long lens (2d) ) And sunlight in the vicinity of a right angle, and various energy storage cycle coalescing engines provided with multiple stages of opposed series full-blade propulsion water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar thermal increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and split tightening Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the amount of power generation by increasing the width of the long lens (2d) for tightening the tool (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships plentiful + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, cross section of existing lens Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight selected from the long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery-powered various ships + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to approach vacuum Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with a long lens (2d) for heat insulation and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Friction loss aiming to increase power generation by heating and adding a vaporization explosive force in vacuum + gravitational acceleration to the vertical downward direction and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposed series equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, reducing the loss of friction aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat loss is increased by maintaining a long lens (2d) and sunlight near right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) Internal air compression heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward Then, various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at the same maximum water generation amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same maximum water generation by accelerating gravitational acceleration downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage and various ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vacuum vaporization force + Gravitational acceleration is further accelerated vertically downward to provide multiple stages of opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming at the same maximum water generation amount Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating various battery-powered ships + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosion force + gravitational acceleration is accelerated in the vertical direction, and various series of energy storage is provided with opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same maximum amount of water generation. Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) heat water (52b) + fuel injection combustion + Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same maximum water generation amount by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically Conservation cycle coalescence organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force + Gravity acceleration in vacuum vertically Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + head increase + solar heat increase suspension bridge (2b) etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration and split Various multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing a plurality of long-length lenses (2d) for tightening a clamp (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation by pumping pump (1H) Increase solar head + Solar heat increase Suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in gravity + Gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with pumping pump (1H) + Head increase + Solar heat increase Suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force + Gravitational acceleration in vacuum Various energy with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with sunlight selected from the cross-section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pumping pump (1H) + head increase + solar heat increase Suspension bridge (2b), etc. Solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) in the close part and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) solar-heat-enhanced suspension bridge (2b) including half-cylinder outer box (77B) + vaporization explosion force + gravity acceleration in vacuum Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerated vaporization explosive force + gravity acceleration in vacuum The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b), solar thermal augmentation suspension bridge (2b), etc., which is long with a joint (80A) + Accelerate vaporization explosive force + gravity acceleration in vacuum vertically Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Accelerating and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation, the opposed series full blade impeller water turbine equipped with the friction loss reducing means (3) is multistage. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Opposed in-series full blade impeller water turbine provided with friction loss reducing means (3) for accelerating and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating and selecting the selected production length lens (2d) from existing materials organ. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that aims to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating increase suspension bridge (2b) that enables vacuum at joint (80A) Solar heating increase bridge (2b) Solar heating (2) + vaporization explosive force + gravity acceleration in vacuum An opposed series full blade impeller water turbine provided with frictional loss reduction means (3) for accelerating and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum and increasing the amount of power generation by maintaining sunlight in the vicinity of a right angle Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fasteners (80B) Combined various energy storage cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, divided and tightened Various types of energy storage with multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) tightened with attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long production lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the selected section long lens (2d) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heating increase suspension bridge (2b) etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and approached vacuum Various types of energy conservation with multi-stage opposed series full blade impeller water turbine equipped with a long lens (2d) that is thermally insulated in part and friction loss reduction means (3) that aims to increase the amount of power generation by maintaining sunlight near right angles Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and tightened Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the width of the long lens (2d) for fastening the attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heater (2b) such as a solar thermal increase suspension bridge (2b) + Vaporization explosive force + Gravitational acceleration in the vertical direction Various multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing a plurality of long-length lenses (2d) for tightening a clamp (80B) Energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension bridge (2b), etc. Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heating increase suspension solar bridge (2b), etc. (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, existing lens Various energy with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with sunlight selected from the cross-section long lens (2d) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）等太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increasing suspension bridge (2b) and other solar heaters (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to create a vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) in the close part and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Opposed series full-motion equipped with friction loss reducing means (3) aiming to increase power generation by accelerating further vertically downward and providing a set of multiple long lenses (2d) tightened with fasteners (80B) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the additional vertical downward and making the selected production length lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum An opposed series full blade equipped with friction loss reducing means (3) for accelerating downward in the vertical direction and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Opposite series full motion with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating further vertically downward and keeping the heat insulating long lens (2d) near the right angle near the vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, the opposed series full blade impeller water turbine equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for fastening the split fastener (80B) is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) that is divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In addition, various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar joint (2b) solar thermal augmentation bridge (2b) solar heater (2) + jointed with 80A to increase vaporization explosive force + gravity acceleration in vacuum In a part close to a vacuum, a heat insulating long lens (2d) and multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) to enable vacuum at the solar thermal suspension bridge (2b) solar thermal augmentation suspension bridge (2b) solar heater (2) + vaporization explosive force + gravitational acceleration in vacuum Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, split fastener ( 80B) Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split and tighten Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation by providing a plurality of long lenses (2d) tightened with a tool (80B) Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, selective production from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long lens (2d). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increasing suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and selected from existing lens cross section Combined with various energy conservation cycles equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation concentrated on the water (52b) tube with sunlight through the long lens (2d) organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward and the part close to vacuum Various energy conservation cycles with multi-stage opposed series full blade impeller water turbines equipped with heat insulating long lens (2d) and friction loss reducing means (3) aiming to increase power generation by maintaining sunlight near right angle Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered cars + Solar thermal suspension suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the amount of power generation by increasing the width of the long lens (2d) for tightening the tool (80B) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery powered various vehicles + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery powered by engine hydropower generation + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat increase suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to cross section of existing lens Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight selected from the long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive battery-powered cars + Solar heat augmentation suspension bridge (2b) Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downwards to get closer to vacuum Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with a long lens (2d) for heat insulation and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Conservation cycle coalescence organization. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating explosive force + gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Opposed series full-motion equipped with friction loss reducing means (3) aiming to increase power generation by accelerating further vertically downward and providing a set of multiple long lenses (2d) tightened with fasteners (80B) Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Various types of multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the additional vertical downward and making the selected production length lens (2d) long from existing materials Energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum An opposed series full blade equipped with friction loss reducing means (3) for accelerating downward in the vertical direction and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with sunlight selected from the long section (2d) Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar thermal expansion suspension bridge (2b) solar heater (2) with internal joints (80A) long, compression heat recovery + vaporization explosive force + gravity acceleration in vacuum Opposite series full motion with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating further vertically downward and keeping the heat insulating long lens (2d) near the right angle near the vacuum Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) that enables vacuum at joint (80A) Solar augmentation suspension bridge (2b) Solar heater (2) Compressed heat recovery of internal air + Explosive force of vaporization + gravity acceleration Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for fastening the split fastener (80B) is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically A multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that is provided with a set of multiple long lenses (2d) for tightening the fastener (80B) and aiming to increase power generation Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically A multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the cross section of the existing lens to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further downward vertically In the multi-stage opposed series full blade impeller water turbine equipped with a long heat insulating lens (2d) near the vacuum and friction loss reducing means (3) aiming to increase the amount of power generation by maintaining sunlight near right angles Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is accelerated further vertically downward, and the long lens (2d) of the split fastener (80B) is increased to increase the amount of power generated. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) to increase power generation. Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with targeted friction loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Adds friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward and maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) The solar heater (2) The internal air (28a) is compressed heat recovery + vacuum by the heat pump (1G) Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) solar heater (2) enabling internal vacuum (2A) compression heat recovery with heat pump (1G) Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Opposite series full motion equipped with friction loss reducing means (3) for accelerating the acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Opposed series with friction loss reducing means (3) for accelerating acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Accelerating the acceleration vertically further downward, and using a cross-sectional length lens (2d) from the existing lens cross section, the sunlight (water) to the water (52b) tube is equipped with friction loss reduction means (3) that aims to increase the concentrated power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive force in vacuum + gravity Opposite series equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) internal air (28a) with heat pump (1G) heat recovery + vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat (52b) is heated with heat exchanger (2Y) + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and friction is aimed at increasing power generation by selecting a long lens (2d) to be selected from existing materials. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heat water (52b) with heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water from selected lens cross section with selected cross-section long lens (2d) (52b) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) insulation material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water Heating water (52b) with heat exchanger (2Y) + vaporizing explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are close to right angle at the part approaching vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Friction loss reduction means (3) that heats water (52b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) solar heater (2) (2b) the internal air (28a) with the compressed water heat exchanger (2Y) Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Friction loss reduction means (3) aiming to increase the amount of power generation by heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and increasing the length of the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with joint (80A) Solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) solar heater (2) (2b) internal air (28a) heated water (52b) with compressed water heat exchanger (2Y) + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in heating + vacuum and vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Friction loss aiming to increase power generation by heating and adding a vaporization explosive force in vacuum + gravitational acceleration to the vertical downward direction and dividing and providing a set of multiple long lenses (2d) with fastening tools (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposed series equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, reducing the loss of friction aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to accelerating storage battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y) water (52b) Heating + Vaporization explosion force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat loss is increased by maintaining a long lens (2d) and sunlight near right angles in the vicinity of the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie In 28b), water (52b) is heated + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a plurality of long-length lenses (2d) for fastening a fastener (80B). Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward, and the frictional loss reduction means aiming to increase the power generation by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) solar thermal augmented suspension bridge (2b) solar heater (2) (2b) internal air calorie 28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to maintain the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) Friction loss aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force + gravitational acceleration in the vacuum + heating in vacuum + Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) )) + Friction loss reduction means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in the vacuum vertically Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is applied to the water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Friction that aims to increase the amount of concentrated power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar coupling (2b) solar heating augmentation bridge (2b) solar heating augmentation bridge (2b) (2b) internal air calorie (28b) ) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heat + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) Equipped with friction loss reduction means (3) aiming to increase the amount of power generation by heating 52b) + evaporating explosive force in vacuum + gravitational acceleration accelerated vertically downward, and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed at the joint (80A) with the solar thermal expansion suspension bridge (2b) solar thermal expansion suspension bridge (2b) solar heater (2) (2b) internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Equipped with friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Friction loss reduction means (3) for accelerating the vaporization explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposite series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) internal air calorie heat (28b) heat water (52b) + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to reduce the friction loss aiming to increase the power generation amount by making the selected production length lens (2d) longer Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel is injected and burned + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) solar thermal augmentation suspension bridge (2b) solar heater (2) (2b) compressed air calorie (28b) (52b) is heated + fuel-injected and combusted + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight close to right angle near the vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and the friction loss reduction means (3) is aimed at increasing the power generation amount by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Heating the water (52b) with the solar heat increase suspension bridge (2b) Solar heat increase suspension bridge (2b) Solar heater (2) (2b) Compressed air calorie (28b) Fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation bridge (2b) Solar heating augmentation bridge (2b) Solar heating heater (2) (2b) Heating water (52b) with compressed air calorie (28b) to enable vacuum at joint (80A) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward, divides and provides a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller equipped with friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction, and the friction loss reducing means (3) aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + solar heat increase suspension bridge (2b) solar heater (2) (2b) heat of compressed air (28b) heat water (52b) + fuel injection combustion + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Equipped with friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration vertically downward and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Friction loss reduction means (3) for accelerating the vaporization explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase power generation Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Vaporization explosive force + gravitational acceleration is accelerated vertically downward, and the opposite series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar-heat-enhanced suspension bridge (2b) Solar heater (2) increases vaporization explosive power to maximum + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) lengthened with a solar thermal suspension suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity acceleration Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Opposite series full motion equipped with friction loss reducing means (3) for accelerating the acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Opposed series with friction loss reducing means (3) for accelerating acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Accelerating the acceleration vertically further downward, and using a cross-sectional length lens (2d) from the existing lens cross section, the sunlight (water) to the water (52b) tube is equipped with friction loss reduction means (3) that aims to increase the concentrated power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) Solar thermal expansion suspension bridge (2b) Solar thermal expansion suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + gravity Opposite series equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, the opposed series full blade impeller water turbine equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for fastening the split fastener (80B) is provided in multiple stages. Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) that is divided and provided with a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In addition, various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by making the selected production long lens (2d) long from existing materials. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal increase suspension bridge (2b) Solar heater (2) maximizes vaporization explosive force + Vacuum vaporization explosive force + Gravitational acceleration is accelerated further vertically downward In a part close to a vacuum, a heat insulating long lens (2d) and multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Accelerating and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation, the opposed series full blade impeller water turbine equipped with the friction loss reducing means (3) is multistage. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Opposed in-series full blade impeller water turbine provided with friction loss reducing means (3) for accelerating and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating and selecting the selected production length lens (2d) from existing materials organ. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that aims to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar thermal increase suspension bridge (2b) Solar heater (2) increases vaporization explosive force to the maximum + Vaporization explosive force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine provided with frictional loss reduction means (3) for accelerating and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum and increasing the amount of power generation by maintaining sunlight in the vicinity of a right angle Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Combined various energy storage cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening organ. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various types of energy storage with multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) tightened with attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long production lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the selected section long lens (2d) Combined organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various types of energy conservation with multi-stage opposed series full blade impeller water turbine equipped with a long lens (2d) that is thermally insulated in part and friction loss reduction means (3) that aims to increase the amount of power generation by maintaining sunlight near right angles Cycle coalescence engine. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to the sunlight + solar heater (2) + vaporization explosive force in vacuum + additional acceleration of gravity acceleration downward, split fastener (80B) Combined various energy storage cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening organ. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation closes the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, split and tightened Various types of energy storage with multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) tightened with attachment (80B) Cycle coalescence engine. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) close to the right angle of sunlight + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward and selected from existing materials Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of power generation with a long production lens (2d). 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation near the solar thermal suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward from the existing lens cross section Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight through the selected section long lens (2d) Combined organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation approaches the solar thermal suspension suspension bridge (2b) perpendicular to sunlight + solar heater (2) + vaporization explosive force in gravity + gravitational acceleration is accelerated vertically downward to bring it closer to vacuum Various types of energy conservation with multi-stage opposed series full blade impeller water turbine equipped with a long lens (2d) that is thermally insulated in part and friction loss reduction means (3) that aims to increase the amount of power generation by maintaining sunlight near right angles Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that increases the width of the long lens (2d) for tightening the split fastener (80B) and increases the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward The counter-series full blade impeller water equipped with friction loss reducing means (3) for accelerating, dividing and providing a plurality of long lenses (2d) for fastening the fastener (80B) and aiming to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production long lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward The opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a lens (2d) having a selected cross section length. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar thermal augmentation suspension bridge (2b) is close to the right angle to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Accelerating to a near-vacuum long lens (2d) and the opposed in-series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle in the vicinity of the vacuum Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Friction loss reduction means aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Friction loss aiming to increase power generation by collecting and collecting the vaporization explosive force in vacuum + gravitational acceleration further vertically downward and dividing and providing multiple long lenses (2d) with fasteners (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration is further accelerated vertically downward, and the opposite series is equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to reduce the loss of friction by increasing the length of the selected production length lens (2d) from the existing material to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Friction loss reduction means (3) that heats water (52b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) Friction loss reduction means (3) aiming to increase power generation by increasing the length of the selective production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in the vacuum vertically Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Friction loss reduction aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the collection cross-section long lens (2d) by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Friction loss that aims to increase power generation by recovering + vaporization explosive force + vacuum acceleration in vacuum and accelerating vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) Compressed heat recovery of internal air + Explosive power of vaporization in vacuum + Various energy conservation cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same maximum water generation by accelerating gravitational acceleration. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation and storage battery-powered various ships prime + Solar heat increase suspension bridge (2b) close to the right angle with sunlight + Solar heater (2) Internal air (28a) compression heat with heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration is accelerated vertically downward to provide multiple stages of opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming at the same maximum water generation amount Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various ships prime + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and opposed series full blades equipped with friction loss reduction means (3) aiming at the same water volume maximum power generation amount Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar thermal augmentation suspension bridge (2b) close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming at the same maximum water generation amount Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Injecting and burning fuel + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward to achieve the same water volume and maximum power generation. Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump (1H) to increase the head + increase the solar heat Suspension bridge (2b) perpendicular to the sunlight etc. + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertically A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar thermal augmentation suspension bridge (2b) including half-cylinder outer box (77B), etc. + solar heater (2) + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation Solar thermal augmentation suspension bridge (2b), which is long with a joint (80A), etc. Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar-enhanced suspension bridge (2b) Solar-enhanced suspension bridge (2b) is brought perpendicular to sunlight, etc. + Solar heater (2) + Evaporative explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Accelerating and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation, the opposed series full blade impeller water turbine equipped with the friction loss reducing means (3) is multistage. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Opposed in-series full blade impeller water turbine provided with friction loss reducing means (3) for accelerating and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating and selecting the selected production length lens (2d) from existing materials organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that aims to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) approaching perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine provided with frictional loss reduction means (3) for accelerating and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum and increasing the amount of power generation by maintaining sunlight in the vicinity of a right angle Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) close to perpendicular to sunlight, etc. + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added Vertical A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward, divides and provides a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller equipped with friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction, and the friction loss reducing means (3) aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Opposite series full motion equipped with friction loss reducing means (3) for accelerating the acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Opposed series with friction loss reducing means (3) for accelerating acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Accelerating the acceleration vertically further downward, and using a cross-sectional length lens (2d) from the existing lens cross section, the sunlight (water) to the water (52b) tube is equipped with friction loss reduction means (3) that aims to increase the concentrated power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) + vaporization explosive force in vacuum + gravity Opposite series equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to the sunlight at right angles + solar heater (2) + vaporization explosive force in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward The multi-stage opposed series full blade impeller water turbine provided with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, an opposed series full blade impeller water turbine equipped with a friction loss reducing means (3) that is divided and provided with a plurality of long lenses (2d) tightened with a fastener (80B) to increase power generation amount is provided. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation by lengthening the production length lens (2d) from existing materials . 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward The multi-stage opposed series full blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight by the selected cross section long lens (2d) Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward Then, an opposed in-series full blade impeller water turbine equipped with a long lens (2d) for heat insulation near the vacuum and friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that increases the width of the long lens (2d) for tightening the split fastener (80B) and increases the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward The counter-series full blade impeller water equipped with friction loss reducing means (3) for accelerating, dividing and providing a plurality of long lenses (2d) for fastening the fastener (80B) and aiming to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production long lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward The opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a lens (2d) having a selected cross section length. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Accelerating to a near-vacuum long lens (2d) and the opposed in-series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle in the vicinity of the vacuum Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Friction loss that aims to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration vertically downward Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is made long from existing materials, and friction loss reducing means (3) is aimed at increasing power generation. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and friction is aimed at increasing the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum, aiming to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward, divides and provides a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated vertically downward, and an opposed series full blade impeller equipped with friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward, and using the selected lens length lens (2d) from the existing lens cross section to the water (52b) tube Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal suspension suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air is recovered by compression heat + in vacuum Vaporization explosive force + gravitational acceleration is further accelerated in the vertical direction, and the friction loss reducing means (3) aiming to increase the amount of power generation by keeping the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b) that enables vacuum at the joint (80A) brings the solar thermal expansion suspension bridge (2b) close to right angle with sunlight + solar heater (2) compression of internal air with heat recovery + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to provide a friction loss reducing means (3) for increasing the power generation amount. Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Is further divided vertically and provided with a plurality of long lenses (2d) tightened with a fastener (80B) as a set to provide a friction loss reducing means (3) for increasing power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration A series of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials and increasing the vertical length Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Is added to the existing lens cross section, and the selected cross-sectional length lens (2d) is used to oppose sunlight to the water (52b) tube, which is equipped with friction loss reducing means (3) for increasing the concentrated power generation. Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to fully electrify houses with hydroelectric power generation + Solar thermal augmentation suspension bridge (2b) close to right angle with sunlight + Solar heater (2) Internal heat recovery of compressed air + Vaporization explosive force + gravity acceleration Is further accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum in a portion close to a vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and aiming at an increase in power generation is provided. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air is compressed heat recovery + Vaporization explosive force in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) with heat pump (1G) to recover compression heat + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) is compressed heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a multi-lens (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and friction is aimed at increasing power generation by selecting a long lens (2d) that is a selected production length from existing materials Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is taken from the existing lens cross section with the selected cross-section long lens (2d) (52b) Various energy conservation cycle coalescing engines aiming to increase the amount of concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + solar heater (2) internal air ( 28a) heat recovery with heat pump (1G) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening a fastener (80B), and generating electricity. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward and increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is longer than the theoretical best engine hydroelectric power generation with a joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar heater (2) internal air (28a) heat pump ( 1G) Compressive heat recovery + Vaporization explosive force + Gravitational acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight kept at right angle near the part close to vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to reduce the loss of friction loss (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that allows vacuum at joint (80A) Solar augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) Internal air (28a) heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) Internal air (28a) is compressed heat recovery with heat pump (1G) + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Friction loss reduction means aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the recovery + vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Friction loss aiming to increase power generation by collecting and collecting the vaporization explosive force in vacuum + gravitational acceleration further vertically downward and dividing and providing multiple long lenses (2d) with fasteners (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Recovery + Vacuum vaporization force + Gravitational acceleration is further accelerated vertically downward, and the opposite series is equipped with friction loss reduction means (3) aiming to increase the power generation amount by increasing the selected production length lens (2d) from existing materials. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Friction loss reduction aiming to increase the amount of concentrated power generation from the existing lens cross-section to the water (52b) tube with the collection cross-section long lens (2d) by accelerating recovery + vaporization explosive force + gravity acceleration in vacuum Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to sunlight at right angles + Solar heater (2) Internal air (28a) is compressed with heat pump (1G) Friction loss that aims to increase power generation by recovering + vaporization explosive force + vacuum acceleration in vacuum and accelerating vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the length of the split fastener (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the width of the lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically downward, and divide and tighten the clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) aiming to increase power generation by providing a plurality of long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated with a compressed water heat exchanger (2Y) and water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward to select a production long lens (2d) from existing materials Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation as long as possible. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) The internal air (28a) is heated by the compressed water heat exchanger (2Y) and the water (52b) is heated + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the cross-sectional length lens (2d) selected from the existing lens cross section Various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe with sunlight. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat the internal air (28a) with a compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in the vacuum vertically, and insulate the long lens ( 2d) and various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating the water (52b) with the compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward, the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + vaporizing explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into a plurality of long lenses (2d) for fastening with a fastener (80B) ) Is provided as a set, and various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increasing power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, and increase the power generation amount by increasing the length of the selected production length lens (2d) from the existing material Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heating water (52b) with a compressed water heat exchanger (2Y) + accelerating vaporization explosive force + gravity acceleration in vacuum vertically downward, and water from the existing lens cross-section with the selected cross-sectional length lens (2d) ( 52b) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) for increasing the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is brought close to the right angle with sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and insulate the long lens (2d) and the sunlight in the part close to the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that is maintained in the vicinity of a right angle and aims to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) for increasing the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that enables vacuum at the joint (80A) The solar augmentation suspension bridge (2b) The solar augmentation suspension bridge (2b) is brought close to the right angle to sunlight + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining power in the vicinity of a right angle and aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Friction loss reduction means (3) aiming to increase the amount of power generation by heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and increasing the length of the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat augmented suspension bridge (2b) close to right angle with sunlight + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) heats water (52b) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple sets of a long lens (2d) for fastening a fastener (80B) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to reduce the loss of friction by increasing the length of the selected production length lens (2d) from the existing material to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Internal air (28a) is compressed water heat exchanger ( 2Y) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to keep the heat insulating long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and long lens (2d) for split clamp (80B) tightening ) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, divided into multiple lengths of fastening tool (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with a lens (2d) as a set and friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive force + Gravitational acceleration is accelerated in the vertical downward direction in vacuum, and power generation is performed by selecting a selected long lens (2d) from an existing material. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) of internal air calorie + vaporization explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and sunlight is selected from the existing lens cross section with a selected cross-section long lens (2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increasing the concentrated power generation amount in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and heat insulating long lens (2d) is close to the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining the sunlight near right angles and aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided to set a multi-lens (2d) tightening fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increased power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat (28b) is heated with water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heating water (52b) with heat (28b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is drawn from the existing lens cross section with a selected cross-section long lens (2d) to the water (52b) tube Various energy storage cycle coalescing engines with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at a right angle to sunlight + solar air heater (2) (2b) compressed air with internal air calorific value Heat water (52b) with heat (28b) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining and increasing power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Air (28b) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and friction is aimed at increasing power generation by selecting a long lens (2d) to be selected from existing materials Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that allows vacuum at the joint (80A) The solar thermal expansion suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is brought close to the sunlight at right angles + solar heater (2) (2b) compression of the internal air heat quantity Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation while maintaining the above. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heat + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) is brought close to the right angle with sunlight + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and a plurality of long lenses (2d) tightened with a fastener (80B) are provided as a set to increase power generation. Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) Equipped with friction loss reduction means (3) aiming to increase the amount of power generation by heating 52b) + evaporating explosive force in vacuum + gravitational acceleration accelerated vertically downward, and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat augmented suspension bridge (2b) is brought close to the right angle with sunlight + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) 52b) is heated + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar thermal augmentation suspension bridge (2b) is brought close to sunlight at right angle + Solar heater (2) (2b) Water in compressed air calorie (28b) of internal air calorie (28b) 52b) Heating + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are kept near right angle in the part close to vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, divided into multiple long lenses (2d) for fastening fasteners (80B), and a set of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Friction loss reduction means (3) that heats water (52b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is increased to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d). Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various automobiles prime + Solar heat increase suspension bridge (2b) is close to sunlight at right angle + Solar heater (2) (2b) Compressed air calorie (28b) of internal air calorie Heating water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles in the vicinity of the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravity acceleration further downward vertically, long lens (80B) tightening split clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + acceleration of gravitational acceleration further downward vertically, divided into multiple fasteners (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with a long lens (2d) as a set and friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection and combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward to make the selected production length lens (2d) long Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Water (52b) is heated by compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration is further accelerated vertically downward in the vacuum, and the sun is selected from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) heat insulating material (2c) solar-enhanced suspension bridge (2b) including half-cylinder outer box (77B) close to the right angle to sunlight + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to insulate long lens (2d) near the vacuum And various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) The water (52b) is heated in + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for fastening the fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Water (52b) is heated + Fuel injection combustion + Vaporization explosive force in vacuum + Gravity acceleration is accelerated vertically downward, and friction is aimed at increasing power generation by selecting a long lens (2d) to be selected from existing materials Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Water (52b) is heated + Fuel injection combustion + Vaporization explosive force + Gravity acceleration in vacuum is accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydropower generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal augmentation suspension bridge (2b) at right angles to the sunlight + solar heater (2) (2b) compressed air calorie (28b) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight near right angle Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation by increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmented suspension bridge (2b) that allows vacuum at the joint (80A). Solar thermal augmentation suspension bridge (2b) is brought perpendicular to sunlight + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that is maintained in the vicinity and aims to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the concentrated power generation amount is increased from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) is brought perpendicular to sunlight + Solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to maintain heat insulation long lens (2d) and sunlight at right angles near the vacuum to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) and increasing the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for tightening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) Friction loss reduction means (3) aiming to increase power generation by increasing the length of the selective production long lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in the vacuum vertically Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) is brought close to the right angle to sunlight + Solar heater (2) (2b) Compressed air calorie (28b) water (52b) + Fuel injection and combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are maintained at right angles near the part near the vacuum for power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase to maximum force + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of a long lens (2d) for tightening the fastener (80B) to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Friction loss reduction means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating the vaporization explosive force + gravitational acceleration in vacuum additionally downward in the vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increase the force to the maximum + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat resistant material (2A) heat insulating material (2c) half-cylinder outer box (77B) and solar thermal augmentation suspension bridge (2b) approaching perpendicular to sunlight + vaporization explosion with solar heater (2) Increased power maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to the vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal expansion suspension bridge (2b), which is made long by the joint (80A), approaches the solar thermal expansion suspension bridge (2b) at right angles to the sunlight + Solar gas heater (2) increases the vaporization explosion power to the maximum + Vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) is perpendicular to sunlight + Solar gas heater (2) maximizes vaporization explosion power + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Opposite series full motion equipped with friction loss reducing means (3) for accelerating the acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Opposed series with friction loss reducing means (3) for accelerating acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Accelerating the acceleration vertically further downward, and using a cross-sectional length lens (2d) from the existing lens cross section, the sunlight (water) to the water (52b) tube is equipped with friction loss reduction means (3) that aims to increase the concentrated power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Close the solar thermal increase suspension bridge (2b) perpendicular to the sunlight + Increase the vaporization explosive power to the maximum with the solar heater (2) + Vaporization explosive force + gravity in vacuum Opposite series equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を太陽光と直角に近付ける＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make battery-powered various cars flourish + Solar thermal augmentation suspension bridge (2b) approaches perpendicular to sunlight + Solar heater (2) maximizes vaporization explosive power + Vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the amount of power generation by increasing the width of the long lens (2d) for tightening the tool (80B) Combined organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight selected from the long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with a long lens (2d) for heat insulation and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Conservation cycle coalescence organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force + gravity acceleration in vacuum additional vertical downward, split tightening Various energy conservation cycles provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing the amount of power generation by increasing the width of the long lens (2d) for tightening the tool (80B) Combined organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various energies provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) for tightening fasteners (80B) Conservation cycle coalescence organization. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar thermal augmentation suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by making the selective production long lens (2d) long. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, cross section of existing lens Various types of energy conservation with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) tube with sunlight selected from the long lens (2d) Cycle coalescence engine. 理論最良エンジン水力発電に太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the solar heat increasing suspension bridge (2b) left and right and up and down with a lifting tool + solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downwards closer to the vacuum Various energies equipped with multi-stage opposed series full blade impeller water turbines equipped with a long lens (2d) for heat insulation and a friction loss reducing means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right and up and down with suspension + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive battery storage + Solar heat increase suspension bridge (2b) left and right and up and down with hanger + solar heater (2) + vaporization explosive force in vacuum + gravity acceleration added vertical Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right and up and down with suspension + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Friction loss reduction aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Friction aiming to increase power generation by heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, split and set with multiple long lens (2d) tightening fastener (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the opposite is equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heating water (52b) with (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, reducing the loss of friction aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Friction loss reduction means (3) aiming to increase the amount of power generation by heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and increasing the length of the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and the frictional loss reduction means aiming to increase power generation by lengthening the selected production length lens (2d) from the existing material ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Friction loss aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) by accelerating heat recovery + vaporization explosive force + gravitational acceleration in vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat-resistant long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, friction aiming at increased power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat augmented suspension bridge (2b) left and right and up and down with suspensions + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Various energy conservation cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at the same maximum water generation by accelerating gravitational acceleration downward. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increase suspension bridge (2b) to the left and right and up and down with a suspension + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to provide multiple stages of opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming at the same maximum water generation amount Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various batteries and power + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) Heating water (52b) + Vaporization explosion force in vacuum + Gravity acceleration is further accelerated vertically downward, and opposed series full-motion equipped with friction loss reduction means (3) aiming at the same water volume maximum power generation amount Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at the same water maximum power generation amount Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、同一水量最大発電量を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and opposed series full blade impeller equipped with friction loss reduction means (3) aiming at the same maximum water generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Opposing in-series full blade impeller water equipped with friction loss reducing means (3) that accelerates vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Opposite series all blades equipped with friction loss reducing means (3) for accelerating vertically downward and dividing to provide a plurality of long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Various energies with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that accelerates vertically downward and is made of a long lens (2d) of selected production length from existing materials and aims to increase power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Opposite series full blade impeller equipped with friction loss reduction means (3) aiming to increase concentrated power generation by accelerating vertically downward from the existing lens cross section to the water (52b) tube with sunlight selected by the long lens section (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に揚水ポンプ（１Ｈ）で落差増大＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a pump pump (1H) + drop increase + solar heat increase suspension bridge (2b) left and right up and down with a suspension + solar heater (2) + vaporization explosive force + gravity acceleration added in vacuum Opposite series all blades provided with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating vertically downward and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resistant material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down etc. + solar heater (2) + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is made up and down with the lifting tool etc. + Solar heater (2) + Evaporative explosive force in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A), the solar thermal augmentation suspension bridge (2b) is left and right with the suspension, etc. + solar heater (2) + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Opposite equipped with friction loss reducing means (3) for accelerating the force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Friction loss reduction means (3) for accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward from the existing material and making the production length lens (2d) long. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum Friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the force + gravitational acceleration downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with a joint (80A) that can be vacuumed with a solar thermal suspension suspension bridge (2b) The solar thermal augmentation suspension bridge (2b) is left and right and up with a suspension, etc. + solar heater (2) + vaporization explosion in vacuum It is equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward, keeping the heat insulating long lens (2d) near the vacuum and keeping sunlight in the right angle vicinity Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that increases the width of the long lens (2d) for tightening the split fastener (80B) and increases the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward The counter-series full blade impeller water equipped with friction loss reducing means (3) for accelerating, dividing and providing a plurality of long lenses (2d) for fastening the fastener (80B) and aiming to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Various energy conservation cycles with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation by increasing the length of the selected production long lens (2d) from existing materials Combined organization. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward The opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a lens (2d) having a selected cross section length. Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Accelerating to a near-vacuum long lens (2d) and the opposed in-series full blade impeller water equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle in the vicinity of the vacuum Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Opposing in-series full blade impeller water equipped with friction loss reducing means (3) that accelerates vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Opposite series all blades equipped with friction loss reducing means (3) for accelerating vertically downward and dividing to provide a plurality of long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Various energies with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that accelerates vertically downward and is made of a long lens (2d) of selected production length from existing materials and aims to increase power generation Conservation cycle coalescence organization. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Opposite series full blade impeller equipped with friction loss reduction means (3) aiming to increase concentrated power generation by accelerating vertically downward from the existing lens cross section to the water (52b) tube with sunlight selected by the long lens section (2d) Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする等＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage batteries driven by hydroelectric power generation + Solar heat increase suspension bridge (2b) left and right up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added Opposite series all blades provided with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating vertically downward and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) thermal insulation material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + solar heater (2) + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b), which is long with the joint (80A), the solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with the joint (80A) lengthened by the solar heat increase suspension bridge (2b) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that enables vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) + vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Accelerating and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation, the opposed series full blade impeller water turbine equipped with the friction loss reducing means (3) is multistage. Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Opposed in-series full blade impeller water turbine provided with friction loss reducing means (3) for accelerating and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward Combined with various energy conservation cycle equipped with multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating and selecting the selected production length lens (2d) from existing materials organ. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine equipped with friction loss reducing means (3) that aims to increase the amount of concentrated power generation by accelerating the sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) + Vaporization explosion force in vacuum + Gravity acceleration added vertically downward An opposed series full blade impeller water turbine provided with frictional loss reduction means (3) for accelerating and maintaining a heat insulating long lens (2d) near the right angle in the vicinity of vacuum and increasing the amount of power generation by maintaining sunlight in the vicinity of a right angle Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Opposed in-series full blade impeller water turbine equipped with friction loss reduction means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically An opposed series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and is divided and provided with a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Accelerating downwards, selecting a long lens (2d) from an existing material, and increasing the amount of power generation with a friction loss reduction means (3) that is equipped with opposed series full blade impeller water turbines in multiple stages to save energy Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically Accelerating downward, opposed series full blade impeller water equipped with friction loss reduction means (3) aiming at increasing concentrated power generation amount to the water (52b) tube with sunlight selected from the existing lens cross section with a long lens (2d) Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Driven by storage battery with engine hydropower generation + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) + Vaporization explosive force in vacuum + Gravity acceleration added vertically A counter-series full blade impeller equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of the vacuum and sunlight in the vicinity of a right angle to increase the amount of power generation Various energy storage cycle coalescing engine with multiple water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and to increase the amount of power generated Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into multiple sets of multiple long lenses (2d) for fastening (80B) to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanging tool. Friction loss reduction means (3) aiming to increase the amount of power generation by increasing the length of the selected production length lens (2d) from existing materials by accelerating vertically downward the vaporization explosive force + gravitational acceleration in vacuum Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and the heat insulation long lens (2d) and sunlight are maintained at right angles near the vacuum to increase power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the vaporization explosive force + gravitational acceleration downward in the vertical direction and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Friction loss reduction means for accelerating the vaporization explosive force + gravitational acceleration in the vertically downward direction and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Vaporization explosive force + gravitational acceleration is accelerated in the vertical direction, and the opposed series full blades equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines with multiple impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Friction loss reduction means (3) which accelerates vaporization explosive force + gravitational acceleration vertically downward and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) The internal air is compressed heat recovery + vacuum Friction loss reduction means that aim to increase power generation by accelerating vaporization explosive force + gravitational acceleration vertically downward and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be evacuated with a joint (80A) Solar thermal augmentation suspension bridge (2b) Solar thermal augmentation suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Opposite series full motion equipped with friction loss reducing means (3) for accelerating the acceleration further downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Opposed series with friction loss reducing means (3) for accelerating acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Accelerating the acceleration vertically further downward, and using a cross-sectional length lens (2d) from the existing lens cross section, the sunlight (water) to the water (52b) tube is equipped with friction loss reduction means (3) that aims to increase the concentrated power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretically best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressive heat recovery of internal air + Vaporization explosion force in gravity + Gravity Opposite series equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the acceleration further downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum and sunlight. Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Anti-serial series equipped with friction loss reduction means (3) for accelerating the gravitational acceleration further downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy conservation cycle coalescence engine established in. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Frequency loss reduction means (3) that aims to increase concentrated power generation amount to the water (52b) tube with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the gravitational acceleration further vertically downward Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heat increase Suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressive heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation by increasing. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanging tool. (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with a friction loss reducing means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air Heat recovery (28a) with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with the selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation in the pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar light (2) internal air (28a) Compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle in the part approaching vacuum Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that is maintained in the vicinity and aims to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening with a fastener (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressive heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to reduce the loss of friction loss (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal augmentation suspension bridge (2b) which is made long by the joint (80A) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) The internal air (28a) is a heat pump (1G) Compressed heat recovery + Vaporization explosive force + Gravity acceleration in vacuum Accelerate vertically downward, and heat insulation long lens (2d) and sunlight are kept at right angles near the part where power is generated Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided into a plurality of long lenses (2d) for tightening fasteners (80B). Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Friction loss reduction means that aims to increase power generation by increasing the length of the selective manufacturing long lens (2d) from the existing material by accelerating the compression heat recovery with the pump (1G) + vaporization explosive force in vacuum + gravitational acceleration vertically downward 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressed heat recovery with pump (1G) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward, and sunlight is concentrated to water (52b) tube with a selected section length lens (2d) from the existing lens section Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Solar heating augmentation suspension bridge (2b) that enables vacuum at joint (80A) Solar radiation augmentation suspension bridge (2b) is moved up and down with the lifting tool + Solar heater (2) Internal air (28a) is heated Compressive heat recovery with pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are maintained at right angles near the part near the vacuum. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force in the vacuum + acceleration of gravity downward in the vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) with clamps (80B) to reduce friction loss to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposite series all equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and friction loss reduction means aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and heat loss is reduced by maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Friction loss reduction aiming at increased power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating heat recovery + vaporization explosive force + gravity acceleration in vacuum vertically Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Friction aiming to increase power generation by heat recovery + vaporization explosive force in vacuum + acceleration of gravitational acceleration further vertically downward, split and set with multiple long lens (2d) tightening fastener (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the opposite is equipped with friction loss reduction means (3) aiming to increase the power generation amount by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Friction loss aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) by accelerating heat recovery + vaporization explosive force + gravitational acceleration in vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with reducing means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) Internal air (28a) compressed with heat pump (1G) Heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat-resistant long lens (2d) and sunlight are kept near right angle in the part close to the vacuum, friction aiming at increased power generation Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically, and tighten the split fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) for increasing the power generation amount by increasing the width of the long lens (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration in vacuum vertically and divide and tighten the clamp (80B) Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines provided with friction loss reduction means (3) aiming to increase power generation by providing a plurality of attached long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) ) Heating the internal air (28a) with the compressed water heat exchanger (2Y) and heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and selecting from existing materials Long lens (2d) Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y) and heat the water (52b) + accelerate the vaporization explosive force + gravitational acceleration vertically in the vacuum, select the cross-section long lens (2d ) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the internal air (28a) with the compressed water heat exchanger (2Y), heat the water (52b) + vaporize explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, heat insulation long lens near the vacuum (2d) and various energy conservation cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that aims to increase the amount of power generation by maintaining sunlight in the vicinity of a right angle. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), which is the longest with the joint (80A) for the theoretical best engine hydroelectric power generation (2b) The solar thermal augmentation suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated by the compressed water heat exchanger (2Y) + the vaporization explosive force in the vacuum + the acceleration of gravity is further accelerated vertically downward, and the long lens (2d) of the divided fastener (80B) is tightened. Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (80B) and tightened with a clamp (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing 2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) Heat the water (52b) with the compressed water heat exchanger (2Y) + add the vaporization explosive force in the vacuum + accelerate the gravitational acceleration vertically downward, and water the sunlight from the existing lens section with the selected section length lens (2d) (52b) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) for increasing the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is lengthened by the joint (80A) for the theoretical best engine hydroelectric power generation, is lifted left and right with the lifting tool + solar heater (2) (2b) internal air (28a) The water (52b) is heated with a compressed water heat exchanger (2Y) + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and the heat insulating long lens (2d) and sunlight are brought close to the vacuum Various energy storage cycle combined engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining power in the vicinity of a right angle and aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to divide the clamp (80B) and tighten the long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of the engine. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses for fastening the fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) aiming to increase power generation by providing (2d) as a set. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select from existing materials Select the production length lens (2d) as long and generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum to accelerate vertically downward, and select sunlight from the existing lens cross section with the selected cross section long lens (2d) Various energy conservation cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increased concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be evacuated with a joint (80A) The solar thermal increase suspension bridge (2b) The solar thermal expansion suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) internal air (28a ) Heat the water (52b) with a compressed water heat exchanger (2Y) + add vaporization explosive force + gravity acceleration in vacuum, accelerate vertically downward, heat insulation long lens (2d) and sun Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for maintaining the light in the vicinity of a right angle and aiming to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to generate power. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into a set of multiple long lenses (2d) for fastening fasteners (80B). Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) By heating water (52b) + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the power generation amount by increasing the length of the selective production long lens (2d) from the existing material ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is concentrated to the water (52b) tube with the selected section length lens (2d) from the existing lens section Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) internal air (28a) compressed water heat exchanger (2Y ) Heat water (52b) + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, and keep heat insulating long lens (2d) and sunlight in the vicinity of right angle near the vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heating water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration further vertically downward, increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) for increasing power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heating water (52b) with (2Y) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, reducing the loss of friction aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger (2Y) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted into a water (52b) tube from the existing lens cross-section with a selected cross-section long lens (2d) Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive a variety of automobiles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Internal air (28a) compressed water heat exchanger Heat water (52b) with (2Y) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and heat insulating long lens (2d) and sunlight are kept near right angle at the part approaching vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + Accelerating vaporization explosive force + gravitational acceleration in vacuum vertically, long lens for split clamp (80B) tightening ( Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of 2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force in vacuum + gravitational acceleration is further accelerated vertically downward and divided into multiple fasteners (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with a long lens (2d) as a set and friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heat the water (52b) with the compressed air calorie (28b) of the internal air calorie + Accelerate the vaporization explosive force + gravitational acceleration vertically in the vertical direction, select the existing production material from the long lens (2d) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) of internal air calorie + vaporizing explosive force + gravitational acceleration in vacuum is accelerated vertically downward, and the sun is selected with a long lens (2d) from the existing lens cross section Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating the water (52b) with the compressed air calorie (28b) of the internal air calorie + vaporizing explosive force + gravitational acceleration in the vacuum, vertically accelerating vertically downward, heat insulating long lens (2d) And various energy storage cycle coalescence engines with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation by maintaining sunlight near right angles. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat water (52b) with air heat (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Heat the water (52b) with the amount of air heat (28b) + vaporize explosive force in vacuum + accelerate the gravitational acceleration vertically downward, and divide the multi-long lens (2d) tightened with the fastener (80B) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that are provided as a set and aim to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Air (28b) heats water (52b) + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and friction is aimed at increasing power generation by selecting a long lens (2d) to be selected from existing materials Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with loss reduction means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right and up and down with a suspension + solar heater (2) (2b) compression of the amount of air heat inside Water (52b) is heated with air calorie (28b) + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and sunlight is water (52b) from the existing lens cross section with a selected cross-section long lens (2d) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increasing concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) which is made long by the joint (80A) The solar heat increase suspension bridge (2b) is moved left and right with the lifting tool + solar heater (2) (2b) compression of internal air heat quantity Heat water (52b) with air calorie (28b) + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, heat insulation long lens (2d) and sunlight near right angle at the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation while maintaining the above. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravity acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation by increasing. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + vaporization explosive force in vacuum + acceleration of gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with a fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heat water (52b) with compressed air calorie (28b) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, aiming to increase power generation by making the selected long lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Water (52b) is heated with compressed air calorie (28b) + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward, and sunlight is converted into water (52b) from the existing lens cross section with a selected cross section long lens (2d). ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) left and right and up and down with a suspension + solar heater (2) (2b) Heating water (52b) with compressed air calorie (28b) + Vaporization explosive force in gravity + Gravitational acceleration added Accelerate vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that is maintained in the vicinity and aims to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water Friction loss reducing means (3) that heats (52b) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and the selected production length lens (2d) is made long from the existing material to increase the power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar heat increasing suspension bridge (2b) left and right and up and down with hanging tools + Solar heater (2) (2b) Internal air calorie compressed air calorie (28b) water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) The water (52b) is heated + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase the amount of power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Friction loss reduction means (3) aiming to increase the amount of power generation by heating the water (52b) + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and increasing the length of the selected production length lens (2d) from the existing material Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Water (52b) is heated + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and sunlight is concentrated into the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) (2b) Compressed air calorie of internal air calorie (28b) Heating water (52b) + Vaporization explosive force in vacuum + Gravitational acceleration added Accelerating vertically downward, heat insulating long lens (2d) and sunlight kept near right angle near the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, long lens for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of (2d). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescence engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by providing multiple long lenses (2d) as a set. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum additional vertical downward acceleration, select production length lens (2d) is long from existing materials Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward from the existing lens cross section with a selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in sunlight (52b) pipe. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b) including the heat-resistant material (2A), the heat insulating material (2c), and the half-cylinder outer box (77B) in the theoretical best engine hydroelectric power generation is made up and down with the hanger + solar heater (2) (2b ) Heating water (52b) with compressed air calorie (28b) + fuel injection combustion + vaporization explosive force in gravity + gravitational acceleration is further accelerated vertically downward, and a long lens (2d) for heat insulation at the part approaching the vacuum ) And sunlight in the vicinity of a right angle, and various energy storage cycle coalescing engines provided with multiple stages of opposed series full-blade propulsion water turbines equipped with friction loss reduction means (3) aiming to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that aims to increase power generation by increasing. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is lifted up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening with fastener (80B) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the amount of power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) To heat water (52b) + fuel injection and combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and sunlight is converted to water (52b) from the existing lens cross section by a selected cross section long lens (2d) ) Various energy conservation cycle coalescing engines with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased concentrated power generation in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   The solar thermal augmentation suspension bridge (2b), the solar thermal augmentation suspension bridge (2b), which is made long by the joint (80A) in the theoretical best engine hydroelectric power generation, is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie (28b) ) Heating water (52b) + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation long lens (2d) and sunlight are perpendicular Various energy storage cycle coalescing engines equipped with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) that is maintained in the vicinity and aims to increase power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing the power. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel is injected and burned + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward and divided into multiple long lenses (2d) for fastening (80B) ) Is provided as a set, and various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increasing power generation. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) water (52b) is heated + fuel injected and combusted + vaporization explosive force + gravity acceleration in vacuum is further accelerated vertically downward to increase the amount of power generation by making the selected long lens (2d) long from existing materials Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( Water (52b) is heated in 28b) + fuel injection combustion + vaporization explosive force + gravity acceleration in vacuum is accelerated vertically downward, and sunlight is converted to water (2d) from the existing lens cross section with the selected cross section long lens (2d). 52b) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines provided with friction loss reducing means (3) for increasing the concentrated power generation amount in the pipe. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar heat increase suspension bridge (2b) that allows vacuuming at the joint (80A) The solar heat increase suspension bridge (2b) is moved up and down with the lifting tool + solar heater (2) (2b) compressed air calorie ( 28b) heating water (52b) + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight in the part close to the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) that is maintained in the vicinity of a right angle and aims to increase power generation. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated further vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and divided into a set of multiple long lenses (2d) for fastening fasteners (80B) to generate electricity Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravitational acceleration is further accelerated vertically downward, and friction loss reduction means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines provided with multistage stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and sunlight is increased from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d). Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house prime + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Water (52b) with compressed air calorie (28b) Heating + Fuel injection combustion + Vaporization explosive force + Gravitational acceleration in vacuum Additional vertical acceleration accelerates and maintains heat insulation long lens (2d) and sunlight in the vicinity of the right angle near the vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum is further accelerated vertically downward, and the width of the long lens (2d) for tightening the split fastener (80B) is increased to generate power. Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at increase. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force + gravitational acceleration in vacuum additional vertical acceleration, split and provide a set of multiple long lenses (2d) for fastening fasteners (80B) Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + gravity acceleration is further accelerated vertically downward, and the frictional loss reduction means aiming to increase power generation by lengthening the selected production length lens (2d) from the existing material ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + fuel injection combustion + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, and sunlight is concentrated on the water (52b) tube from the existing lens cross section with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase the amount. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered vehicles + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) (2b) Compressed air calorie (28b) water (52b ) Heating + Fuel injection combustion + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, keeping heat insulation long lens (2d) and sunlight close to right angle near the vacuum Various energy conservation cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reduction means (3) aiming at increased power generation. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Explosive force increased to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward to increase the width of the long lens (2d) for tightening the split fastener (80B) and increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3). 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force in vacuum + Gravitational acceleration is further accelerated vertically downward, and divided to provide multiple sets of long lenses (2d) for fastening (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Friction loss reduction means (3) aiming to increase power generation by increasing the maximum explosive force + vaporizing explosive force in vacuum + accelerating gravitational acceleration vertically downward and making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increase explosion power to maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerate vertically downward, increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy conservation cycle coalescing engines provided with opposed series full blade impeller water turbines equipped with target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に耐熱材（２Ａ）断熱材（２ｃ）半筒外箱（７７Ｂ）を含めた太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with heat-resisting material (2A) heat insulating material (2c) half-cylinder outer box (77B) including solar thermal augmentation suspension bridge (2b) left and right and up and down with hanger + vaporization with solar heater (2) Increases explosion power to the maximum + Vaporization explosion force + Gravitational acceleration in vacuum Accelerates vertically downward, increases heat generation by maintaining long lens (2d) and sunlight near right angle near vacuum Various energy storage cycle coalescing engines provided with multiple stages of opposed series full blade impeller water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Friction loss reducing means (3) that accelerates vaporization explosive force + gravitational acceleration in a vacuum in the vacuum and increases the width of the long lens (2d) for tightening the split fastener (80B) to increase the power generation amount (3 Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum, vertically and dividing, and providing multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Opposite series full motion equipped with friction loss reduction means (3) aiming to increase power generation amount by increasing the length of the selected production length lens (2d) from existing materials by accelerating vaporization explosive force + gravity acceleration in vacuum vertically Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Friction loss reduction means for accelerating vaporization explosive force + gravitational acceleration in vacuum vertically downward, and aiming to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) ( 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で長大とする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation The solar thermal increase suspension bridge (2b), which is made long by the joint (80A), the solar thermal increase suspension bridge (2b) is moved up and down with the lifting tool + Solar gas heater (2) increases the vaporization explosion power to the maximum + Friction loss reduction means aiming to increase power generation by accelerating vaporization explosive force + gravitational acceleration in vacuum vertically and maintaining heat insulation long lens (2d) and sunlight near right angle in the part close to vacuum Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Friction loss reduction means for increasing the power generation amount by increasing the width of the long lens (2d) for tightening the split fastener (80B) by accelerating the vaporization explosive force in the vacuum + acceleration of gravity downward in the vacuum 3) Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbine equipped with 3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided to provide a set of multiple long lenses (2d) with clamps (80B) to reduce friction loss to increase power generation Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and the opposite series all equipped with friction loss reduction means (3) aiming to increase the power generation amount by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and friction loss reduction means aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescence engines provided with multistage stages of opposed series full blade impeller water turbines equipped with (3). 理論最良エンジン水力発電に継手（８０Ａ）で真空可能にする太陽熱増大吊橋（２ｂ）太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation that can be vacuumed with a joint (80A) Solar thermal increase suspension bridge (2b) Solar thermal increase suspension bridge (2b) is left and right and up and down with a lifting tool + Solar heater (2) increases vaporization explosion power to maximum + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward, and heat loss is reduced by maintaining heat insulation long lens (2d) and sunlight in the vicinity of right angle near the vacuum. Various energy storage cycle coalescing engines provided with multi-stage opposed series full blade impeller water turbines equipped with means (3). 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + The opposing series all equipped with a friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Opposite equipped with friction loss reducing means (3) for accelerating gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Multi-stage opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase power generation by accelerating gravitational acceleration downward and selecting a long lens (2d), which is a selected production length lens, from existing materials Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make the whole electrified house primed + Solar thermal increase suspension bridge (2b) left and right and up and down with suspension tools + Solar heater (2) maximizes vaporization explosive force + vaporization explosive force in vacuum + Opposite series equipped with friction loss reduction means (3) for accelerating gravitational acceleration vertically downward and selecting concentrated lens length (2d) from existing lens cross section to water (52b) pipe to increase concentrated power generation amount Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で全面電化住宅全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to make a full electrified house + Solar heat increase suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) maximizes vaporization explosive force + Vaporization explosive force in vacuum + Opposite equipped with frictional loss reduction means (3) aiming to increase the amount of power generation by accelerating gravitational acceleration vertically downward and keeping the heat insulating long lens (2d) near the right angle in the vicinity of the vacuum Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Opposite equipped with friction loss reducing means (3) for accelerating the force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) of the split fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Friction loss reduction means (3) for accelerating force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum An opposed series full blade impeller water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward from the existing material and making the production length lens (2d) long. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum Friction loss reduction means (3) aiming to increase the concentrated power generation amount to the water (52b) pipe with the selected cross-section long lens (2d) from the existing lens cross section by accelerating the force + gravitational acceleration downward Various energy storage cycle coalescing engines with multiple stages of opposed series full blade impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種自動車類全盛にする＋太陽熱増大吊橋（２ｂ）を吊具で左右上下にする＋太陽光加熱器（２）で気化爆発力最大に増大＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した対向直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation to drive various battery-powered vehicles + Solar heat increasing suspension bridge (2b) left and right and up and down with a suspension + Solar heater (2) increases vaporization explosive power to the maximum + Vaporization explosion in vacuum It is equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the force + gravitational acceleration vertically downward, keeping the heat insulating long lens (2d) near the vacuum and keeping sunlight in the right angle vicinity Various energy storage cycle coalescing engines equipped with multi-stage opposed series full blade impeller water turbine. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravity acceleration is further accelerated vertically downward, aiming to increase power generation by increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines provided with a series of all blade impeller water turbines equipped with friction loss reducing means (3) in multiple stages. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration are further accelerated vertically downward, and divided into multiple sets of long lenses (2d) with fastening tools (80B) to increase power generation Various energy storage cycle coalescing engines provided with multiple stages of series rotor blade bouncing water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration added in the vertical direction Friction loss reducing means (3) aiming to increase power generation by lengthening the selected production length lens (2d) from existing materials Various energy storage cycle coalescing engines equipped with multi-stage series turbine blade turbines equipped with water turbines. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine Hydroelectric power generation Vaporization explosive force + gravitational acceleration in vacuum Accelerate vertically downward and increase the concentrated power generation amount from the existing lens cross section to the water (52b) tube with the selected cross section long lens (2d) Various energy storage cycle coalescing engines provided with a series of all-blade bouncing water turbines equipped with a target friction loss reduction means (3) in multiple stages. 理論最良エンジン水力発電に真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation Vaporization explosive force + gravitational acceleration is accelerated in the vertical downward direction, and heat generation is increased by maintaining a long lens (2d) and sunlight in the vicinity of a right angle near the vacuum. Various energy storage cycle coalescing engines provided with multiple stages of series rotor blade bouncing water turbines equipped with friction loss reducing means (3) aiming at 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) As a set, various energy conservation cycle coalescing engines provided with multiple stages of series all blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with a series of all blade impeller water turbines equipped with friction loss reducing means (3) in multiple stages. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing water turbines in series equipped with friction loss reduction means (3) aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propulsion turbine water turbines equipped with friction loss reduction means (3) that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force + gravity acceleration in vacuum Accelerate vertically downward to increase the width of the long lens (2d) for split clamp (80B) tightening Various energy storage cycle coalescing engines provided with multiple stages of all-blade propulsion turbine water turbines equipped with friction loss reducing means (3) aiming to increase power generation by increasing. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravity acceleration is accelerated vertically downward and divided into multiple long lenses (2d) with fastening tools (80B) As a set, various energy conservation cycle coalescing engines provided with multiple stages of series all blade impeller water turbines equipped with friction loss reducing means (3) aiming to increase power generation. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, aiming to increase power generation by making the selected production length lens (2d) long from existing materials Various energy storage cycle coalescing engines provided with a series of all blade impeller water turbines equipped with friction loss reducing means (3) in multiple stages. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, and sunlight is selected from the existing lens cross section with the selected cross section long lens (2d) (52b) ) Various energy conservation cycle coalescing engines with multiple stages of all-blade bouncing water turbines in series equipped with friction loss reduction means (3) aiming to increase concentrated power generation in the pipe. 理論最良エンジン水力発電に太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation with solar heater (2) + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward, heat insulation long lens (2d) and sunlight at right angle Various energy storage cycle coalescing engines equipped with multiple stages of all-blade propulsion turbine water turbines equipped with friction loss reduction means (3) that are maintained in the vicinity and aim to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, split fastener (80B) tightening Various energy storage cycle coalescence engines provided with multiple stages of series all blade impeller water turbines equipped with friction loss reducing means (3) for increasing the power generation amount by increasing the width of the long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is further accelerated vertically downward and divided into fasteners (80B) Various energy storage cycle coalescing engines provided with multiple stages of series all-blade propulsion water turbines equipped with a friction loss reducing means (3) which is provided with a plurality of tightening long lenses (2d) as a set to increase power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravity is accelerated vertically downward, select from existing materials long lens (2d ), And a series of all-blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + solar heater (2) + vaporization explosive force in vacuum + acceleration of gravitational acceleration vertically downward, select cross-sectional length lens from existing lens cross section ( 2d) Various energy conservation cycle coalescence engines provided with multi-stage series rotor blade bouncing water turbines equipped with friction loss reduction means (3) aiming to increase the amount of concentrated power generation in the water (52b) pipe in 2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive battery storage with engine hydropower generation + Solar heater (2) + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, and heat insulation length is close to vacuum Various energy conservation cycle coalescing engines provided with multiple stages of series rotor blade bouncing water turbines equipped with friction loss reducing means (3) for maintaining the lens (2d) and sunlight in the vicinity of a right angle and aiming to increase the amount of power generation. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine driven by storage battery driven by hydroelectric power generation + Solar heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward and split tightening Combined with various energy conservation cycle, provided with multiple stages of series all blade impeller water turbine equipped with friction loss reducing means (3) aiming to increase power generation by increasing the width of the long lens (2d) tightening tool (80B) organ. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical A series full blade impeller water turbine equipped with friction loss reducing means (3) that accelerates downward and increases the width of the long lens (2d) for fastening the split fastener (80B) to increase the power generation amount. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward and increasing the width of the long lens (2d) for tightening the split fastener (80B) Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Heat the water (52b) with the internal air calorie (28b) + Vaporization explosive power in vacuum + A series full motion equipped with friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) for fastening the split fastener (80B) to increase the amount of power generation Various energy conservation cycle coalescing engines with multi-stage blade turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割締付具（８０Ｂ）締付の長レンズ（２ｄ）の幅を増大して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Gravity loss reduction means (3) equipped with friction loss reducing means (3) for accelerating the gravitational acceleration downward and increasing the width of the long lens (2d) for fastening the clamp (80B) to increase the amount of power generation Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery various solar power + solar heater (2) internal air compression heat recovery + vaporization explosive force in vacuum + gravitational acceleration is accelerated vertically downward and divided Various types of energy storage with multiple stages of all-blade series impeller water turbines equipped with a series of friction loss reduction means (3) aiming to increase power generation by providing multiple long lenses (2d) for fastening fasteners (80B) Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical In-series full blade impeller water equipped with friction loss reducing means (3) for accelerating downward and dividing to provide a plurality of long lenses (2d) for fastening fasteners (80B) and aiming to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening fasteners (80B) to increase power generation amount Various energy storage cycle coalescing engines equipped with multi-stage series turbine blade turbines equipped with water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Heat the water (52b) with the internal air calorie (28b) + Vaporization explosive power in vacuum + A series comprising a friction loss reducing means (3) for accelerating the gravitational acceleration vertically and dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the amount of power generation Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、分割して締付具（８０Ｂ）締付の複数長レンズ（２ｄ）をセットで設けて発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Frequency loss reduction means (3) for accelerating the gravitational acceleration vertically downward, dividing and providing a set of multiple long lenses (2d) for fastening the fastener (80B) to increase the power generation amount Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward from existing materials Various energy storage cycle coalescence engines provided with multiple stages of all-blade series turbine turbine water turbines equipped with friction loss reduction means (3) aiming to increase the amount of power generation with a long selection manufacturing long lens (2d). 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical Various energy conservation cycles provided with multiple stages of all-series blade impeller water turbines equipped with friction loss reduction means (3) that accelerates downward and increases the length of the selected production length lens (2d) from existing materials to increase power generation Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum A series full bucket moving vehicle water turbine equipped with friction loss reduction means (3) aiming to increase the amount of power generation by accelerating the explosive force + gravitational acceleration vertically downward and selecting the long lens (2d) as a selected production length from existing materials. Various energy storage cycle coalescence engine installed in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Heat the water (52b) with the internal air calorie (28b) + Vaporization explosive power in vacuum + A series of full blade impeller water turbines equipped with friction loss reduction means (3) aiming to increase the power generation amount by accelerating gravitational acceleration further downward and making the production length lens (2d) long from existing materials is provided in multiple stages Various energy conservation cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存材料から選択製造長レンズ（２ｄ）を長大として発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Gravity acceleration is further accelerated vertically downward, and the selected production length lens (2d) is lengthened from existing materials to increase the amount of power generation. Various energy conservation cycle coalescence engines provided. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries + solar heater (2) Internal heat recovery + Compressed heat recovery + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward, cross section of existing lens Various energy conservation cycles provided with multiple stages of series all-blade propulsion water turbines equipped with friction loss reducing means (3) aiming to increase the amount of concentrated power generation in a pipe (52b) with sunlight selected by a long lens (2d) Combined organization. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical A series full-blade propulsion vehicle water turbine equipped with friction loss reducing means (3) for accelerating downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with sunlight selected by the long lens section (2d) Various energy storage cycle coalescing engines with multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) for accelerating explosive force + gravitational acceleration vertically downward and aiming to increase the amount of concentrated power generation from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Combined engine with various energy storage cycles equipped with a series of all blade impeller water turbines in multiple stages. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Heat the water (52b) with the internal air calorie (28b) + Vaporization explosive power in vacuum + A series of all series equipped with friction loss reducing means (3) that accelerates gravity acceleration further downward vertically and aims to increase the concentrated power generation amount from the existing lens cross section to the water (52b) pipe with the selected cross section long lens (2d) Various energy storage cycle coalescing engines equipped with multiple stages of bucket turbine water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、既存レンズ断面から選択断面長レンズ（２ｄ）で太陽光を水（５２ｂ）管に集中発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Series with friction loss reduction means (3) aiming to increase the amount of concentrated power generation by accelerating gravitational acceleration vertically downward and selecting sunlight from the existing lens cross section to the water (52b) pipe with the selected cross-section long lens (2d) Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気を圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine to drive storage batteries with engine hydropower + Solar power heater (2) Compressed heat recovery of internal air + Vaporization explosive force in vacuum + Gravitational acceleration is accelerated vertically downward to approach vacuum Energy storage with multiple stages of series turbine blades and turbine turbines with friction loss reduction means (3) that aims to increase power generation by maintaining long-distance lenses (2d) and sunlight near right angles Cycle coalescence engine. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）内部空気（２８ａ）を熱ポンプ（１Ｇ）で圧縮熱回収＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive storage batteries + Solar heater (2) Internal air (28a) compressed heat recovery with heat pump (1G) + Vaporization explosion force in vacuum + Gravity acceleration added Vertical A series of all-blade bouncing vehicle water equipped with friction loss reducing means (3) that accelerates downward and maintains heat insulation long lens (2d) in the vicinity of vacuum and sunlight in the vicinity of a right angle to increase power generation Various energy storage cycle coalescence engine with multiple stages of turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気（２８ａ）を圧縮水熱交換機（２Ｙ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage battery-powered + Solar heater (2) (2b) Internal air (28a) is heated with compressed water heat exchanger (2Y) Water (52b) is vaporized in vacuum Friction loss reduction means (3) aiming to increase the amount of power generation by accelerating explosive force + gravitational acceleration vertically downward, keeping the long lens (2d) of heat insulation near the right angle and the sunlight near the right angle Various energy storage cycle coalescing engines equipped with multi-stage series turbine blade turbines equipped with water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）内部空気熱量の圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive various battery-powered ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) of internal air calorie + Vaporization explosive power in vacuum + A series comprising a long lens (2d) for heat insulation and a means for reducing friction loss (3) aiming to increase the amount of power generation by maintaining gravitational acceleration (2d) and sunlight in the vicinity of a right angle in the part approaching the vacuum by accelerating gravitational acceleration downward Various energy storage cycle coalescing engines with multi-stage all-wheel impeller water turbines. 理論最良エンジン水力発電で蓄電池駆動各種船舶類全盛にする＋太陽光加熱器（２）（２ｂ）圧縮空気熱量（２８ｂ）で水（５２ｂ）を加熱＋燃料噴射燃焼する＋真空中で気化爆発力＋重力加速度を追加垂直下方に加速して、真空に近付けた部分で断熱の長レンズ（２ｄ）と太陽光を直角近傍で維持して発電量増大を狙う摩擦損失低減手段（３）を具備した直列全動翼弾み車水タービンを多段に設けた各種エネルギ保存サイクル合体機関。   Theoretical best engine hydroelectric power generation to drive the storage batteries and various ships + Solar heater (2) (2b) Heat of water (52b) with compressed air calorie (28b) + Fuel injection combustion + Vaporization explosive power in vacuum + Gravitational acceleration is accelerated vertically downward, and a long lens (2d) for heat insulation is maintained near the vacuum, and a friction loss reducing means (3) for maintaining the sunlight in the vicinity of a right angle and increasing the amount of power generation is provided. Various energy storage cycle coalescing engines with multistage stages of turbine blade turbines connected in series.
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