JP2009191838A - Various energy conservation cycle combined engine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem in which there is threat of annihilation since thermal and nuclear power generation causes a rise in seawater temperatures by the whole electric-generating capacity and heat quantity, seawater temperatures exceed a thousand times within a century if China continues to grow at the rate of 10%, and this increases torrential rain and wind speed of a typhoon 10 to 100 times. <P>SOLUTION: Combustion gas heat quantity explosion power and combustion gas mass explosion power are dividedly conserved and used. Water is accelerated with gravity acceleration of 9.8 meters a second added downward in a vertical direction within a vacuum for driving a full moving blade mercury turbine and a full moving blade water turbine. Heat consumption is set to 1/539 by the use of gasification explosion power as the maximum acceleration in human history in comparison with the use of superheated vapor. Power having the same speed and the same heat quantity as the atmosphere pressure with unculculated large output of the whole moving blade with the worst stator blades of the existing turbine abolished is increased 910,000 times the use of superheated vapor. Electric-generating capacity is increased 200 times the existing steam turbine using the same amount of fuel by water injection of volumetric capacity of 1/4,000 of superheated vapor. The full moving blade gas turbine is driven around 0 Kelvin of exhaust gas temperature by the combustion gas mass explosion power. Thereby, there are no rise in seawater temperatures and CO2 emission, and marine algae, fishes or the like which are cooled at the bottom of sea are grown with combustion gas-dissolved water after recovering and using cold. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  Various energy storage cycle coalescing engines of the theoretical best engine invention are designed to increase the oxygen concentration and the oxygen amount of the intake air 28a and the compressed air 28a by increasing the intake air oxygen amount by the oxygen amount increasing means 1B (PSA device or the like) By increasing and adding storage for use, it is possible to greatly increase the output of each turbine by greatly increasing the amount of fuel combustion according to demand and need. As the turbine drive that raises the vacuum as much as possible by intake air 28a and condensate + cold cooling, exhaust heat is sucked and recovered from around 220, aiming at a mercury exhaust saturation temperature of 220 degrees Celsius or less and a water exhaust saturation temperature of 25 degrees Celsius or less. The temperature of the air 28a is set to 60 to 100 degrees, etc., and further, the heat of combustion gas 49 or the amount of heat of compressed air is raised to about 200 degrees by the compressed heat recovery device 2C, and the energy is increased. Compressed by presence compressor 20X or existing compressor 20Y, it relates to a technique for the theoretical best heat pump 1G to 600 to 1000 degrees like.

  Increase the output of the whole blade gas turbine by increasing the combustion amount of oxygen, heating mercury + water with the mercury heat exchanger 2Z + water heat exchanger 2Y, or heating water with the water heat exchanger 2Y, The theoretical best heat pump 1G that cools the compressed air 28a temperature several times around 200 degrees is used, and in the process of cooling the heat recovery air 28a by the final mercury heat exchanger 2Z + water heat exchanger 2Y or water heat exchanger 2Y, Infinitely high pressure combustion heat exchange cooling combustion with high pressure high temperature mercury explosive force + high pressure high temperature water explosive force + high pressure combustion gas mass explosive force or use high pressure high temperature water explosive force + high pressure combustion gas mass explosive force In this process, the exhaust gas temperature is brought close to -273 degrees in the process of exhaust gas driven by all rotor blades, and the combustion gas after cold recovery is dissolved in water as 52 g of combustion gas dissolved water, and CO2 exhaust gas is 0. Th all blades Bin atmospheric pressure same speed same calorific power 1700 times * 539 = 910,000 times kg heavier m / second, theoretical best all blade mercury turbine atmospheric pressure same speed same heat power work 910,000 times * 13.5 * 28/13 The present invention relates to a technology for preventing global warming by setting CO2 exhaust 0 power generation, etc., with 5 = 25.48 million times kg weight m / sec.

  The lack of mercury is obvious, most of which is divided into high-pressure and high-temperature water explosive force + high-pressure combustion gas mass explosive force, and the low-temperature and high-pressure combustion gas mass explosive force is usually set to a low temperature of around 40 degrees, such as 24 to 400 MPa. Maximizes the amount of cold energy recovered and used by gas turbines, supplies cold heat such as CO2 to the seawater-cooled seabed as combustion gas-dissolved water, proliferates phytoplankton and seaweeds, and reverses the rapid decline in fish caused by the food chain . The combustion gas 49 heat amount or the compressed air heat amount 28b is recovered and compressed by the intake air 28a, and the heat is recovered by the compression heat recovery unit 2C. At 1000 degrees, in the process of cooling the final compression heat recovery air 28a in the water heat exchanger 2Y, the high pressure high temperature water 52b explosive force + high pressure combustion corresponds to the increase in the high pressure combustion heat exchange cooling combustion oxygen without limitation in the fuel injection combustion in multiple stages The gas 49 mass explosive force is stored separately and used, the high-pressure high-temperature water 52b is injected from the water injection pump 6z, and the high-temperature water 52b vaporizing explosive force such as 374 degrees 400MPa is driven to drive all the blade water turbines. Prevents global warming by using a 1/4000 calorific water injection from an existing steam turbine to produce a 200-fold rotation output, etc., and cooling the cooling water 52e in the exhaust process to generate zero seawater temperature That relates to technology.

  When the entire blade blade water turbine is driven by the explosive force of the critical temperature 374 degrees 400 MPa high-pressure high-temperature water 52b, the heat consumption is reduced to 1/539 of that using superheated steam, and the gravity acceleration 9.8 m vertically downward in the vacuum. / Acceleration per second is added, and high-pressure high-temperature water 52b is concentrated in the low-pressure part at the rear of the traveling direction in the process of acceleration, making it the second best theoretical acceleration that far exceeds the use of superheated steam. The selected turbine blade cross section 4X output side heating high temperature means 3B or the like is used as a high temperature turbine blade, and the configuration is such that the entire blade blade water turbine is driven by the rolling contact of the high temperature water 52b by vaporization of the contact surface. The steam turbine is set to 1700 times * 539 = about 910,000 times that of superheated steam, with the high output of all rotor blade turbines completely abolished, excluding the calculation, and the atmospheric pressure, the same speed and the same calorific power, kg weight m / sec. With the same speed 1/4000 calorie water injection, the target is 200 times rotation output, and during the exhaust process, the cooling water 52e is cooled, the seawater temperature rises to 0 power generation, the saturation exhaust temperature is about 25 degrees maximum vacuum maximum rotation output, about 40 degrees 24 degrees The present invention relates to a technology that enables a mass explosive force of 49 MPa low-temperature high-pressure combustion gas, etc., and enables maximum recovery and utilization of cold heat by all blade gas turbines and maximum combustion output maximum rotation by increasing oxygen amount.

  In the process of using the high-pressure high-temperature mercury explosive force stored separately, for example, by using the vaporization explosive force of high-pressure high-temperature mercury 1d such as 430 to 800 degrees 400 MPa, the heat consumption is reduced to 0.035 / 0 of the high-temperature water 52b by specific heat. 999 = Approximately 1/28, high pressure high-pressure mercury sprayed vertically and vertically under a vacuum of 400MPa high-pressure injection speed of mercury injection pump 6Z appropriately configured with a gear pump, etc. Gravity acceleration in vacuum 9.8m / second per second The acceleration of vaporization is concentrated on the low-pressure part at the rear of the high-speed liquid mercury to achieve the best theoretical acceleration, and the high-pressure high-temperature mercury 1d has the maximum surface tension rolling contact and generates the rotational output with the minimum friction loss. , The power output of all rotor blades, which completely abolished the worst turbine blades of existing turbines, was excluded from the calculation, and the atmospheric pressure, the same speed, and the same calorific power, kg weight m / second, was 910,000 times that of using superheated steam * 28 = about 25 million times In However, with the same speed 1 / 120,000 calorie mercury injection, the rotation output is about 200 times that of superheated steam, and it is mainly used for space shuttles. The present invention relates to various energy storage cycle coalescence engine technologies used for various heating facilities and various heating facilities.

  In the process of using the high-pressure combustion gas mass explosive force stored separately, for example, the oxygen amount increase combustion amount increase is about 40 degrees around 24 to 400 MPa, etc., and the existing gas turbine 100 times pressure rotation output and 1000 times injection pressure injection propulsion output aim. In the process of driving all rotor blade gas turbines that completely abolished the worst blades of existing technology, the turbine blade 8c of the turbine blade cross section 4X is provided with cold heat recovery means 3C to recover the cold heat, and there is no sticking of moisture, dry ice, etc. In the exhaust process, all of the combustion gas is brought close to 0 degrees, and heat is exchanged with alcohol, air, or water in the internal and external cold recovery devices 103 and 103, and the alcohol cold heat 52e and the compressed air cold heat 52e are -100. Nearly to -210 degrees, CO2 is stored in dry ice and optimally used for large growth of seaweeds and fish, enabling maximum use of various types of cold energy for business use and household use. In the process of supplying the combustion gas dissolved in water to the seabed as the combustion gas dissolved water after cooling recovery, the intake gas and the nitrogen are increased in the combustion gas speed increase atmosphere, the nutrient increase supply seawater is cooled, and the nutrients and CO2 are supplied in an appropriate amount. In addition, the present invention relates to various energy conservation cycle coalescence engine technologies that maximize seaweeds and phytoplanktons and increase the number of marine-use foods, increase fish by the food chain, and prevent seawater cooling power generation and human extinction.

  The main moving blade mercury turbine + all moving blade gas turbine is mainly used for the rotational output of combustion / injection propulsion output such as space return aircraft, and the full moving blade water turbine is used for the rotational output of ship injection propulsion. Corresponding to the scarcity of mercury resources, adding 400-degree, etc. 24-400MPa superheated steam 50 injection to cope with the increase in jetting propulsion output, heating mercury and water, 40-400 degrees 24-400MPa, etc. The combustion gas 49 is mass-produced, for example, the combustion gas is supplied to the combined engine injection unit 79K combustor 1Y, fuel injection combustion is performed, the temperature of the superheated steam 50 in the outer peripheral superheated steam reservoir 95c is raised, and the long cooling fin of the combustor 1Y 5B cools and combusts the combustor 1Y to increase the fuel combustion amount and the combustion temperature to increase the injection propulsion output, and further inject fuel into the combustion gas injection flow to approach the stoichiometric air-fuel ratio combustion and propulsion Increase output Then, aiming at 10 times injection propulsion output of the existing technology, various airplanes, various spacecrafts and various ships that suck and inject air, vacuum and water in front, heat, electricity and cold during stoppage It is related with the technology used as supply equipment.

  Elementary school engine output and work load kg weight m / second, etc. are all mass * speed within unit time, and the existing reciprocating engine, steam turbine and gas turbine inventions were rejected by the elementary school science and the death For example, in the existing steam turbine, the atmospheric pressure, the same speed, and the same calorific power are set to 1 / 910,000 kg heavier m / sec of the whole moving blade water turbine. Rotating output is greatly reduced to drive generators, and the world's nuclear power plants and thermal power plants increase the sea surface temperature by 7 degrees Celsius with the total amount of heat used. The temperature of the seawater is cooled and lowered, making it impossible for the natural phenomenon of supplying nutrients such as oxygen, nitrogen and CO2 to the seabed, and accelerating the extinction of seaweeds and seafood by gradually increasing the coral seas Drastically reduce human food, for example 1kg even in the seas near Japan The phytoplankton needed to produce 1 ton of fish is killed and the number of sardine inhabitants is reduced to 1/200 by the food chain. Or it rises nearly 70 meters, creates a sea surface temperature of 45-50 degrees, and typhoons and seasonal winds such as 300 meters / second are expected. Is an urgent need.

  Increasing seawater temperature anomalous weather Methane hydrate decomposition Increasing the danger of human extinction, exhausting all used combustion gases and CO2 into the atmosphere, increasing the danger of global warming and human extinction The thermal power plants and nuclear power plants in the country have increased the amount of heat generated by the steam turbine, but the seawater temperature has increased by 7 degrees Celsius, despite the enormous heat demand by improving the obsolete invention when it was sufficient to generate rotational output Then, compared with the amount of heat from the sun, it was too late to prevent abnormal weather and human extinction, and the rotational pressure was generated by superheated steam with atmospheric pressure weight 1/23000 of mercury. Heavier m / sec is 1 / 24.88 million of the total moving blade mercury turbine, and the superheated steam velocity is stopped by the stationary blade, decelerating direction is changed, and the deadly stupid rotation output injected into the moving blade is made. Either mass or heat In addition to the silly rotation output that is not used, various rotation output drive devices such as thermal power plants, vehicles, ships, and airplanes discharge all the combustion gas and CO2 used to the atmosphere, thereby There are many deadly stupid parts that accelerate the process, and there are no inventions around 100 years, so there is a background technology where the number of inventions exceeds 1 million and becomes enormous.

  The existing jet aircraft is a deadly stupid that repeats conversion to decelerated air pressure by damaging the compressed air velocity by moving blades with stationary blades by improving the obsolete invention when it is sufficient to generate rotation output and injection propulsion output Air compression is used, and rotational output is generated with a high-temperature combustion gas whose atmospheric pressure weight is 1/29000 of mercury, and the atmospheric pressure, the same speed, and the same calorific power, kg weight m / sec. , The combustion gas velocity is dammed with a stationary blade, the direction of deceleration is changed, and it is a stupid rotation output that is injected into the moving blade. Theoretically, the best heat pump can be used for recovery and compression heat recovery, but in addition to the rotation output that does not use any combustion gas heat, the rotation output is generated and the combustion gas is blocked by a large number of blades and becomes very slow. Spray The morphism propulsion output as stupid configured to greatly reduce, etc. to very extreme trivial injection propulsion output, silly parts are very often the background art.

  Existing gasoline engines and diesel engines improve the obsolete invention at the time when it is sufficient to generate rotational output, and because it uses a volume that does not consider a rational configuration at all, near dead center or near dead center that does not generate rotational output For the best machine that emits the maximum energy and generates 90 degree rotation output after dead center, the most foolish rotation output that reduces the released energy to 1/6 or less is used in power generation, vehicles, ships and airplanes. There are many deadly stupid parts that exhaust all the high-temperature combustion gas and CO2 used to the atmosphere and accelerate global warming, and the engine cannot be improved. There is a background technology that becomes, and in addition, there is a background technology where compression technology for compressing gas and liquid is very good.

I decided to invent the theoretical best engine in Showa 17-18 and started prototyping at the contract of the Okayama Regional Invention Center in 1963 and continued to make the prototype myself, but the engine prototype is very difficult. Therefore, in February 1982, we started requesting cooperation from a large number of domestic large corporations, etc., but there was no cooperation from Japanese companies, etc., and every time we asked for the cooperation of President Clinton, the only request from foreign countries, three times a year, The 1992 US Patent 5133305, 1993 US Patent 5230307, and 1995 US Patent 5429078 were found to be useless. It was found that there were so many fatal faults in the existing engine that it was impossible to invent the first one, and suddenly, the 1997 homepage was opened and an improvement patent was filed one by one for the faults. It is what you have reached.
There are US Pat. No. 6,119,650, Chinese Patent No. 8818, EU British Patent No. 902175, US Pat. No. 6,263,664, which is an invention in the process of improving the above-mentioned many background technologies and the following Patent Document 2 theoretical best engine invention. As prior applications, Japanese Patent Application No. 2006-260020, Japanese Patent Application No. 2006-327809, Japanese Patent Application No. 2007-179204, Japanese Patent Application No. 2007-221970, Japanese Patent Application No. 2007-237367, Japanese Patent Application No. 2007-250348, Japanese Patent Application No. 2007- No. 265115, Japanese Patent Application No. 2008-6612, Japanese Patent Application No. 2008-22246, Japanese Patent Application No. 2008-24656, Japanese Patent Application No. 2008-28582, Japanese Patent Application No. 2008-30162, Japanese Patent Application No. 2008-94452, Japanese Patent Application No. 2008-99870 There is a number.

  Thermal power plants and nuclear power plants in the existing world will increase the sea surface temperature by 7 degrees Celsius with the total amount of heat generated, and if China continues to grow 10%, for example, the rate of sea water temperature will increase by 1000 times in around 100 years Methane hydride that melts ice from Antarctica, etc. beyond sea level, increases the sea level by 5-6 m, increases the risk of typhoons and seasonal winds such as 300 m / sec, and begins to decompose at a seawater temperature rise of 2-3 degrees Rate-decomposition Increases the danger of human extinction, for example, kills phytoplankton even in the seas near Japan, drastically reduces zooplankton, drastically reduces the number of sardine inhabitants to 1/200, etc. by the food chain, Since the records of heavy rain, heavy snow, typhoon wind speed, tornado, seasonal wind speed, cold waves, heat waves, dredging, etc. have started to be updated, vehicles, ships and airplanes are also CO2 exhausted when stopping. With the heat of It is used as a facility for supplying air and cold heat, and heat exchange is performed with the heat pump 1G compressing around 900 degrees with heat pump 1G, and the excess heat corresponding to the amount of heat supplied is also compressed around 900 degrees. There is a problem that methane is vaporized and recovered, and there is no rise in seawater temperature.

  The existing steam turbine does not use the combustion gas mass output at all, and also uses the combustion gas calorific power output to generate rotational output with superheated steam whose atmospheric weight is 1/23000 of mercury. kg weight m / sec is close to 1/23000 of mercury, the stationary blades are provided in multiple stages, the dams are blocked in multiple stages, the steam speed is reduced, and the output is brought close to 1/200. With the use of speed, heat consumption is reduced to 1/539 of superheated steam use, high-temperature mercury 1d vaporization explosion speed use / specific heat is 1/28 of water, etc., and acceleration of gravitational acceleration 9.8m / second per second in vacuum, The output of all rotor blades, which have completely abolished the stationary blades, is excluded from the calculation, and the atmospheric pressure, the same speed, and the same calorific power, kg weight m / sec. * 28 / 13.5 = approx. 25 million times hot water 1d work rate, 100 times combustion gas pressure full blade gas turbine drive, bearings, thrust bearings and turbine blade groups that can be used safely even at high power can be assembled, and all combustion gas exhaust is increased by heat recovery Because it approaches only 0 degrees, it uses the cold heat 52e with a manufacturing cost of nearly 0 and recovers and uses it as combustion gas dissolved water 52g, aiming for the same fuel amount of CO2 exhaust 0, 200 times the power generation amount of the existing steam turbine, etc. There are challenges.

  In areas where water is scarce during the process of recovery and use as hot and cold water, the excess heat generated from the power generation is produced and sold to consumers as distilled water and salt using a seawater desalination unit, etc., and converted to high-temperature superheated steam using the theoretical best heat pump 1G. Heat the water in the consumer water tank, drive the heat pump 1G with the theoretically best rotational output and make the best use of it, and for heating and electricity use, heating equipment for household use and business use, agricultural greenhouse heating and drinking water It is used in manufacturing equipment, washing and drying machines, dishwashers, various cooking equipment, bathhouses, hot water pools, etc., and cold heat is made into ice of a certain size such as square, mass production storage low temperature, ice cooling in urban areas etc. It is sold together with an ice container equipped with a blower, and cold water after ice cooling is sold as drinking water, turning the whole city into a cool and cool summer city, reversing the heat island, and direct cold ethyl ether near the power plant Coal is supplied, and refrigeration equipment, refrigeration equipment, ice making equipment, cooling equipment, etc. are used for cooling and electricity use for home use and business use. Combustion gas dissolved water such as CO2 is on the seabed. There is a challenge to postpone the extinction of abnormal weather foods and to end the extinction of humans by increasing the food production of seaweeds and seafood, such as by supplying with nitrogen and oxygen and growing 1 ton of phytoplankton necessary for the birth of 1 kilogram fish.

  Since all existing engines are the worst and cannot be improved, they are not adopted and are divided into combustion gas calorie output + combustion gas mass explosive force, and all blade mercury turbine + all blade water turbine + all blade gas The turbine is driven, or all blade blade water turbine + all blade blade gas turbine is driven to cope with mercury shortage, and the whole blade combustion section 32X32x or the combined engine combustion section 31X31x is driven with high-temperature water, and the heat consumption is 1/539. The full-blade water turbine of No. 1, the atmospheric pressure, the same speed, the same calorific power, kg weight m / sec, is 910,000 times, and the special-purpose high-temperature mercury drive is 25 million times the work rate of superheated steam drive. Then, the combined engine injection unit 79K or the water jet 79M is driven by the superheated steam explosive force of the entire combustion gas mass explosive force + combustion gas calorific value, and various water injection vessels, various water injection battle vessels, Air-injected ships, various air-injected combat ships, various air-injected aircraft carriers, various air-injected airplanes, various air-injected combat airplanes, various space return aircraft, various air-injected flying ships, and various vertical rising verticals The most efficient descent airplanes, various vertical ascending vertical descent combat airplanes, various space return airplanes, various air transport mobile devices, various supersonic airplanes, and everything that can be driven by engines There are challenges.

  In addition to the advanced technical improvements of existing gas and liquid compressors, 8 types of foreign patent reciprocating engines such as the United States are also dedicated to compressing gas and liquid, with the advantage of using dead point, and the piston upper gap is brought close to 0 As the theoretical best heat pump 1G driven at the best theoretical rotation, the exhaust heat quantity and the compressed air heat quantity of about 220 degrees of mercury exhaust are recovered, for example 1/30 * 1/30 * 1/30 = 1/7000 volume oxygen quantity Enables increased compressed air, etc., and uses 8 types of energy storage compressors 20X and existing compressors 20Y for various purposes, and recovers and uses high-pressure compression and high-pressure combustion heat exchange cooling combustion and exhaust heat to the limit. For example, a mercury explosive force of 430 to 800 degrees saturation pressure or higher + a water explosive force of 374 degrees saturated pressure or higher + a water explosive force of around 40 degrees or 24 to 400 MPa combustion gas mass explosive force is divided and used for high-pressure high-temperature mercury 1d. Accelerate mercury velocity vertically downward with mercury injection pump 6Z, facilitate high-pressure injection of 400MPa etc. and add gravity acceleration 9.8m / second per second in vacuum, same with high temperature water 52b + water injection pump 6z Accelerating water to gravity and acceleration, adding superheated steam and atmospheric pressure, the same speed and the same calorific power, with a 25 million-fold mercury injection and 910,000-fold water injection, to the rotational output of all-blade mercury turbines and all-blade water turbines There is a challenge to do.

  Air extraction Vacuum rise around 220 degrees Mercury saturation temperature The most important thing in the recovery process of exhaust heat is not to extract vaporized mercury with air. Therefore, the partition wall 11A is provided at a sufficient height to separate the mercury chamber 11B and the air chamber 11C, and the mercury chamber 11B is sufficiently cooled to eliminate, for example, 150 ° C. or less, and no vaporized mercury is vaporized. The vacuum is raised by the vessel 51, extracted into the mercury exhaust inspection chamber 1A to confirm the absence of vaporized mercury, the exhaust heat quantity is recovered by the intake air, the compression heat is recovered, and the high-pressure compression high-pressure combustion heat exchange cooling combustion is infinite, As the theoretical best rotational output + theoretical best heat pump 1G, exhaust heat quantity is recovered to the limit, and it is divided into combustion gas calorie output + combustion gas mass output, and all rotation output is generated. Drive the output combustion unit, and drive the combined engine injection unit 79K or water jet 79M by combustion gas calorie output + combustion gas mass output, the most efficient rotation output and injection propulsion output Occurs, the same amount of fuel to 200 times the mercury rotational output or water rotational output of the existing engine, as well as 10-fold injection propulsion output, there is a problem that none of the pollution of the corresponding or mercury mercury insufficient.

  Thermal power plants and nuclear power plants in the existing world have raised the seawater surface temperature by 7 degrees Celsius with the total amount of generated heat, increasing the danger of human extinction. Compressed air heat 28b is recovered by intake air 28a at around 200 degrees, and energy storage compressor 20X or existing compressor 20Y is used as the best theoretical heat pump 1G and compressed at least once at 600 to 1000 degrees, etc. In the process of heat recovery final air cooling in the heat exchanger 2Y, high-pressure combustion multistage heat exchange cooling heat recovery is performed in multiple stages as much as fuel injection oxygen increase combustion, and 374 degrees 24 MPa high temperature water explosive force + around 40 degrees 24-400 MPa combustion gas 49 Divided and used for explosive force, the increased high-temperature water 52b is jetted and accelerated most efficiently at 400 MPa or the like by the water jet pump 6z, and the heat consumption is reduced to 1 / of that of using superheated steam. 39, driving all rotor blade water turbine, setting atmospheric pressure, same speed, and same calorie power as 1700 * 539 times that of superheated steam = approx. 910,000 times, and rotating output of 200 times with 1/4000 calorie water injection of superheated steam In the process of exhaustion, the cooling water 52e cools down to end the extinction of mankind as the seawater temperature rises to 0, and the exhaust saturation temperature is around 25 degrees, aiming at the maximum vacuum and gravitational acceleration, and equivalent to the amount of surplus supply heat dedicated to rotational output for power generation etc. The minute is effectively used with superheated steam temperature 52d etc. such as 400 degrees.

  Driven by a pressure close to 100 to 1000 times that of existing gas turbines, the cold turbine 52e maximum recovery amount and maximum rotation output can be driven by the explosion stored in the combustion gas 49 around 40 degrees around 40 degrees. The combustion gas exhaust temperature was brought close to -273 degrees to generate the maximum amount of cold heat recovery, and the cold heat was reduced to mass production storage with ice-cooled heat 52e such as a square, and a blower was provided to enable ice cooling in urban areas and the like. Selling with ice containers, processing and selling cold water after cooling into drinking water, cooling the urban area as a cool summer city, reversing the heat island, dissolving the combustion gas after cold recovery into water and dissolving the combustion gas Supplying combustion gas dissolved water such as oxygen, nitrogen, and CO2 as water to the seafloor Seagrass, corals, etc. are proliferated, fishes are proliferated by the natural phenomenon restoration food chain, and the same amount of fuel Heat and electricity and cold supply equipment aiming for 200 times the amount of electricity generated, and the excess heat quantity of electricity generation is similarly changed to high pressure and high temperature superheated steam by heat pump 1G + water heat exchanger 2Y etc. to heat the water in the consumer water tank It can be used for various purposes, and almost all automobiles and rotation output drive devices are driven by storage batteries to prevent global warming by cooling CO2 exhaust and 0 seawater.

  The existing jet aircraft is a spacecraft, and is divided and used for high-temperature mercury 1d explosive force + combustion gas 49 explosive force, and the mercury injection pump 6Z facilitates high-temperature mercury 1d injection pressure 400MPa, and gravity acceleration 9 in a substantially vertical downward vacuum direction. .8m / s / second as an injection acceleration, the atmospheric pressure, the same speed, and the same calorific power, kg weight m / s, is 25 million times that of using superheated steam, and the rolling turbine contacts the entire rotor blade mercury turbine with the maximum surface tension. As a drive, the exhaust air saturation temperature is about 220 ° C. and the compressed air heat amount 28b is recovered and compressed by the intake air 28a, 200 ° C. or more is compressed once, such as 800 to 1000 ° C., the mercury 1d temperature is 430 to 800 ° C., mercury The injection pump 6Z is used to inject vertically downward vacuum at 400MPa, etc. Aiming at 00 times rotation output, in the process of injection propulsion, the injection pressure of combustion gas 49 and superheated steam 50 will be close to 1000 times that of existing jets, approaching the injection propulsion speed of 10 times or more and the speed of light, and space travel will flourish To.

  The mercury turbine is driven by the high-temperature mercury 1d explosive force, the mercury saturation exhaust temperature is set to around 220 ° C., a partition wall 11A is provided at a sufficient height to isolate the mercury chamber 11B and the air chamber 11C, 11B is sufficiently cooled to 150 to 100 degrees, for example, and the vacuum is raised by the air extractor 51 connected to the air chamber 11C, the mercury exhaustion inspection chamber 1A is free from mercury pollution, and the oxygen amount increasing means 1B Increase the amount of compressed air and fuel multistage combustion, increase the combustion gas with a large amount of residual oxygen Heat the mercury + water with the compressed air 28a and the combustion gas 49 of the water heat exchanger 2Y, and add a large amount of superheated steam , Supplied to the combustor 1Y outer peripheral superheated steam reservoir 95c of the combined engine injection unit 79K, fuel-injected and combusted into the 24-400MPa combustion gas of the combustor 1Y, and injected the outer superheated steam to the highest possible temperature , With the aim more than 10 times of the existing jet injection propulsion output close to the stoichiometric air-fuel ratio combustion, in a vacuum will increase significantly and the infinite acceleration aim. Ships are driven by resource-rich all-bladed water turbines, and the jet propulsion speed is made close to the speed of sound, and CO2 exhaust is supplied together with nitrogen and oxygen in seawater to prevent fish growth and global warming.

  Oxygen increase, multistage combustion, zero CO2 exhaust, zero seawater temperature rise, zero pollution, aiming for the same amount of fuel power generation 200 times that of the existing steam turbine, making 400MP injection easy by pump injection, gravity acceleration in the vertical downward vacuum direction Acceleration with 9.8m / s / s added, and atmospheric pressure, same speed, same calorie power, 25 million times full rotor blade mercury turbine and 910,000 times full blade water turbine of existing turbine, optimal turbine blade cross section 40X Rotating contact to generate all rotor blade rotation output, and 120,000 heat quantity mercury injection and 1/4000 heat quantity water injection at the same speed as superheated steam, and all blade mercury with 200 times rotation output of existing steam turbine The turbine and all blade water turbines are driven, and the same fuel injection propulsion output is close to the existing technology 1000 times pressure injection. There is also the effect of preventing global warming.

  Oxygen increase, multi-stage combustion, acceleration by adding gravitational acceleration in a vacuum, and the existing technology with the same power at the same speed and the same calorific power, excluding the large output of all rotor blades that completely abolished the worst blades of existing technology As a 34,000,000 times full rotor blade mercury turbine and 910,000 times full blade water turbine, the corresponding bearings, thrust bearings, turbine blades, etc. are assembled with special strength that can be used safely. Drive the full-blade mercury turbine and full-blade water turbine with the blade cross section 40X most efficiently, aiming at the 200 times rotation output of the existing technology with the same fuel amount and the theoretical maximum maximum rotation output and the same fuel amount 10 times the injection propulsion output Because it drives generators, vehicles, ships, and airplanes, it has outstanding effects as a global warming prevention technology and military technology.

  The most efficient supply of heat, electricity, and cold to drive an all-blade gas turbine with an optimal turbine blade cross section 40X by increasing the amount of oxygen, multistage combustion, and 100 times the pressure of combustion gas 49 of the existing gas turbine. , Drive the ice-cooled heat 52e to the maximum amount to cool the city, ice the heat island, turn it into a cold summer city, and supply the remaining CO2 etc. in water as combustion gas-dissolved water 52g to the seabed As a result, seaweeds and phytoplankton are proliferated, and the food chain increases the production of fish and mankind. This has the effect of maximizing seawater cooling, preventing global warming and preventing human extinction.

  Oxygen increase, multi-stage combustion, full blade turbine The turbine blade cross section 40X is optimal, and the full blade mercury turbine and the full blade water turbine or the full blade water turbine are driven, and the explosion of the combustion gas 49 to around 40 degrees is 24 to 400 MPa. The maximum fuel combustion amount supplied to the combustor 1Y is 1000 times the injection pressure combustion gas 49 injection of the existing gas turbine, the superheated steam 50 in the outer superheated steam reservoir 95c is heated to 1000 times pressure superheated steam injection, and the front air In order to drive and drive ships, airplanes and spacecrafts with a combined engine injection part 79K that sucks and injects vacuum and aims at 10 times the injection propulsion speed of existing technology and infinite acceleration by flying in vacuum, It has a remarkable effect as military technology and space technology.

  Oxygen increase, multi-stage combustion, all blade blades Optimum blade blade cross section 40X, driving all blade mercury turbine and all blade water turbine or all blade water turbine, around 40 degrees 24-24MPa combustion gas 49 explosion The maximum fuel combustion amount supplied to the combustor 1Y is set to 1000 injection pressure combustion gas 49 injection of the existing gas turbine, the superheated steam 50 in the outer superheated steam reservoir 95c is heated to 1000 times pressure superheated steam injection, The water jet 79M that sucks and injects water, drives ships aiming at 10 times the injection propulsion speed of the existing technology, dissolves combustion gas into superheated steam in the course of injection propulsion, dissolves in seawater, and plants as CO2 exhaust 0 Because plankton is propagated, it has the effect of preventing global warming and preventing the extinction of mankind, and has an outstanding effect as military technology.

  The theoretical best because the heat pump 1G is driven at the best rotational output to recover the exhaust gas saturation temperature around 220 degrees, the exhaust gas saturation temperature around 220 degrees, the combustion gas 49 heat quantity and the compressed air heat quantity 28b. Heat pump 1G has the effect of generating 200 times the maximum heat recovery utilization output. For rotation output, such as for power generation, the heat equivalent to the amount of supply heat of the surplus heat is exchanged and recovered and consumed by high-temperature superheated steam temperature 52d. Creation of various markets for the use of heat, such as heating water in water tanks and using it in various heating and heating equipment for home and business use, and evaporating and recovering methane hydrate with heat 52d at a manufacturing cost of approximately 0 It has the effect of maximizing the seawater temperature of existing power generation and the effect of maximizing the seawater temperature rise to zero.

  Oxygen increase, multistage combustion, unlimited high-pressure combustion heat exchange cooling combustion, divided into maximum pressure combustion gas calorific value explosive force + maximum pressure low-temperature combustion gas mass explosive force, and used for high efficiency use Low-temperature combustion gas 49 mass explosive force + superheated steam 50 injection and fuel combustion amount 0 flight in vacuum It is possible to make it very safe and convenient airplanes and spacecrafts.

  Embodiments and examples of the invention will be described with reference to the drawings, but the same names or reference numerals are given to the same parts as those of the embodiments and examples and the description above, and duplicate description will be omitted. Omitted as much as possible, and the characteristic parts and the lack of explanation will be added and explained sequentially. The idea is explained with hypothetical numbers for the very difficult brain invention best engine invention and to explain the intention and expectation concretely clearly, but the correct answer is the hypothetical number of the theoretical best engine as an experimental number. It is not limited to. The idea that seems to be the best is duplicated in many applications, the idea is selected and used according to the application, and the claims are changed to be used according to the various applications.

  The combined engine combustion section 31A in the front explanatory view of FIG. 1 and the all-blade propeller turbine in FIGS. 1 to 6 store energy from the eight types of energy storage compressors 20X and the existing compressor 20Y, with the existing gasoline engine dedicated to compression. For example, 1/30 * 1/30 * 1/30 = 1 by using the compressor 20A, bringing the piston top gap close to 0, and using multiple cylinders as one or more preload compressors to main pressure compressors. / Compressed to 27000 volume compressed air, etc., liquid oxygen is injected by the oxygen amount increasing means 1B, multistage fuel injection combustion heat exchange cooling combustion is performed from the fuel injection valve 7, and divided into combustion gas calorific value explosive force + combustion gas mass explosive force Preserving and using high temperature water explosive force + water injection pump 6z injection 374 degrees 400MPa easy injection, reducing heat consumption to 1/539 of using superheated steam, driving all blade impeller water turbine 8b, exhaust process The seawater temperature rises to 0 by cooling the alcohol cooler 52e by the cold cooler 2A, the water 52a exhaust saturation temperature is about 20 degrees, and the air extractor 51 is set to a higher vacuum than the existing steam turbine, and the gravitational acceleration in vacuum is 9.8 m / sec. The maximum addition of every second and the high output of all the moving blades with the abolished blades eliminated, and the atmospheric pressure, the same speed and the same calorific power, kg weight m / second, is 1700 times that of the existing superheated steam * 539 = approx. Increase to 910,000 times.

  The compressed heat recovery device 2C increases the intake air 28a temperature to around 200 degrees with the compressed air heat quantity 28b including the combustion gas 49 heat quantity, and the compressed air 28a temperature such as 600 to 1000 degrees compression with the expanded diameter piston 21 The water 52a is cooled by heat exchange heating around 200 degrees each time it is compressed at least once by the heat exchanger 2Y, and the compressed air 28a is cooled to a high temperature water 52b such as 374 degrees 24 MPa, and is supplied to a high temperature water reservoir 95 such as a cylindrical length. By using many water injection pumps 6z selected from various existing pumps, the pressure injection is easily and easily increased from 24 MPa or the like to 400 MPa or the like, and the nozzles are expanded and expanded uniformly in the turbine axial direction by the numerous nozzle injection parts 6b. As a structure that acts evenly on the long turbine blade 8c, the rotational output of the all-blade spring vehicle water turbine 8b is generated, and the turbine blade cross section 4A4B4C4D4E4F is used. The turbine blades 8c having the turbine blade cross section 4X are arranged in parallel in the axial direction to reduce the turbine blade 8c rotation output generation area to around 1/10, etc., and reduce the cooling amount of the heating high temperature means 3B. In the injection propulsion, the superheated steam 50 + combustion gas 49 injection, each aiming at 400MPa injection propulsion output, aiming at 1000 times injection pressure 10 times speed of existing technology.

  For power generation, the amount corresponding to the amount of heat supplied is recovered by the high-temperature superheated steam temperature 52d by the heat pump 1G, heating the water in the consumer water tank, setting the worst seawater temperature rise of the existing power generation to 0, and using various heating equipment and various cooking equipment using heat Manufactures and sells equipment, various hot water equipment, various dishwashers, various washing dryers, various water heating and piping buildings, etc., and heats seawater with superheated steam heat 52d in each region to produce vacuum vaporized distilled water, distilled water and salt In order to eliminate serious water shortage areas, in the danger zone of methane hydrate decomposition, various enclosures such as a conical roof type are made with vinyl sheets etc., and heat, electricity and cold supply facilities are installed on ships and land In the process of recovering surplus heat with superheated steam temperature 52d, adding pipes insulated to the existing technology to vaporize and recover injected methane into methane hydrate and use it as fuel 2 is similar to the exhaust of the all blade impeller gas turbine 8a, which is close to 0 degrees in FIG. 2, and is stored in liquid by the multistage compression heat recovery cooling by the energy storage compressor 20X or the existing compressor 20Y, and is stored on land with electricity. Shipping and selling, supplying 52g of CO2 and other combustion gas dissolved water to the seabed Propagating seaweeds and phytoplankton, feeding fish in the food chain, reducing the risk of fish extinction and human extinction due to decomposition of methane hydrate To do.

  2 is provided with side plates 8d at both ends of the cylindrical body 8e and the turbine blade 8c, and the turbine blade 8c can be meshed in the opposed series shown in FIG. The side plate 8d is provided, and the high temperature water 52b is accelerated by utilizing the theory that the vaporization explosion concentrates in the low pressure portion at the rear of the injection direction to generate the rotational output of the turbine blade 8c. 8b is added in multiple stages vertically in the opposite series in FIG. 4, or the outer casing vertical part 94A is provided in FIG. 6 to add all the moving blade spring turbine water turbines 8b in multiple stages in series and vertical, and the blades are completely abolished. The turbine blade 8c is provided with a heating high temperature means 3B and a water repellent action 3A to generate a rotational output of rolling contact, and in the exhaust process, an exhaust saturation temperature of about 20 degrees is provided. Aiming the alcohol cooler 2A As the cooling 52e cooling, the gravitational acceleration is set to the maximum rotation output at the maximum vacuum, and the cooled water 52a is heated by the hydrothermal exchanger 2Y at 374 degrees 24 MPa, etc. It has a gas mass explosive force, the atmospheric pressure, the same speed, and the same calorific power, which is about 910,000 times that of using superheated steam, and has a corresponding bearing 80 and thrust bearing 80a.

  The all blade impeller gas turbine 8a in FIG. 1 side view of FIG. 2 selects the turbine blade cross section 4A4B4C4D4E4F from 4X, and has the blade shape that generates the rotational output most efficiently by providing the turbine blade 8c in parallel in the axial direction. The side plate 8d is provided at both ends of the cylindrical body 8e and the turbine blade 8c so as to be able to mesh with each other in the opposite series in FIG. 4, and in the vertical series in FIG. 6, the outer casing vertical portion 94A + the side plate 8d is provided. In the driving process, the combustion gas 49 having a temperature of about 40 to 24 to 400 MPa or the like is supplied to the cylindrical combustion gas reservoir 95a, and a plurality of combustion gas control valves 24 are provided. The combustion gas 49 is supplied to the open control combustor 1Y, and the combustion gas 49 is injected as it is from the combustion gas rocket nozzle 6M to maximize the amount of collected cold energy. During the injection process, the fuel control valve 2 b and the fuel injection valve 7 are opened, the fuel injection combustion amount is maximized in the combustor 1Y, the rotation output is maximized, the combustion gas 49 injection pressure is set to about 100 times that of the existing gas turbine, and the rotation output is set to about 10 times. , Superheated steam explosive force is added. Aiming at injection propulsion speed of 10 times or more at pressures around 1000 times each, corresponding bearing 80 and thrust bearing 80a are provided.

  In the process of generating the rotational output of the all-wheel impeller gas turbine 8a, the combustion gas 49 around 40 degrees around 24 to 400 MPa is injected from the combustion gas rocket nozzle 6M and expanded in the axial direction by the nozzle injection portion 6a, and becomes the turbine blade 8c. The turbine blade 8c is provided with a cold heat recovery means 3C to collect cold heat with alcohol 1C or the like to prevent sticking of dry ice, moisture, etc., and to increase the combustion gas volume to collect cold heat. The rotational output is increased by the combustion gas 49 approaching the exhaust temperature -273 degrees by increasing the amount and rotational output, and CO2 and SO2 etc. are separated and recovered as a solid or liquid by the melting point difference etc. during the exhaust process, Alcohol cold heat 52e etc. is made by external cold heat recovery devices 103 and 103, and ice is produced near the power plant by alcohol cold heat 52e, and mass production is made with ice of a certain size such as squares. Chilled, sold to urban areas, etc. with ice containers equipped with a blower that can cool ice, and sold cold water after ice cooling as drinking water. In the process of manufacturing and driving refrigeration equipment, refrigeration equipment, cooling equipment, etc. for home use and business use, and increasing the combustion gas velocity in the process of supplying 52 g of dissolved gas dissolved water after cold recovery to the seabed In the atmosphere, oxygen and nitrogen are increased, nutrients are increased, seaweeds and phytoplanktons are grown, and seafood is greatly increased in the food chain.

  FIG. 3 The intake air 28a inlet is provided with an oxygen amount increasing means 1B. The oxygen amount is increased in accordance with the intended use, and the exhaust saturation temperature is around 220 degrees + compressed air heat amount 28b or combustion gas 49 heat amount is vaporized hot air recovery device 2B + compressed heat recovery. The air is recovered by the intake air 28a of the vessel 2C, compressed by the selected energy storage compressor 20A, heated to 1 to 300 degrees Celsius, and the mercury 1d and water 52a are heated to a temperature of 500 to 1000 degrees compressed air 28a, and the air-cooled compression heat recovery operation to about 300 degrees In the process of more than once, in response to the demand for injecting liquid oxygen with the oxygen amount increasing means 1B, multistage fuel injection multistage combustion is performed in the process of heat exchange with the final mercury heat exchanger 2Z + water heat exchanger 2Y. High pressure combustion heat exchange cooling without combustion, high pressure mercury 1d + 374 degrees such as 430 to 800 degrees, high pressure water 52b + 40 degrees around 24 to 400MPa combustion gas explosive power is stored separately and used In the process of driving the flywheel mercury turbine 8E, the mercury injection pump 6Z facilitates injection of 400 MPa, etc., and the vaporization explosion at the rear of the high-temperature mercury 1d traveling direction makes the theoretical best acceleration in the vertical downward vacuum direction, and the gravitational acceleration in the vacuum As an added acceleration, the high output of the aerodynamic blade is completely excluded from the calculation, and the atmospheric pressure, the same speed, and the same calorific power, kg weight m / sec, are 910,000 times that of using superheated steam * 28 = approx. Increase to 25 million times, aiming at 200 times rotation output with the same speed 1 / 120,000 heat quantity mercury injection.

  Synchronize all blade impeller turbines with a magnetic friction synchronizer 55, etc., and add them vertically and vertically in multiple stages as shown in FIG. 4, or as shown in FIG. Multiple vertical stages are added to make the maximum use of gravity acceleration of 9.8 m / sec per second, and in the process of generating rotating output, rotating output is generated with minimum friction loss due to rolling contact of high-temperature mercury 1d, The theoretical best maximum rotational output is achieved by mercury 1d having the maximum surface tension, and a partition wall 90a is provided at a sufficient height in FIG. 1 in the exhaust chamber to isolate the mercury chamber from the air chamber. The air extractor 51 confirms that there is no air-moving vacuum rising vaporized mercury in the external mercury exhaust inspection chamber 1A by the air extractor 51, and the vaporized hot air recovery device 2B takes in the exhaust heat quantity 5A at a mercury exhaust temperature of around 220 degrees. 28a The intake air temperature is set to a maximum vacuum of 60 to 100 degrees, the compressed air heat amount 28b or the combustion gas 49 heat amount is further recovered to 200 degrees or more depending on the application, and the energy storage compressor 20X or the existing compressor 20Y is used. Compress multiple times and set the compressed air calorie 28b temperature to 500-1000 degrees etc. multiple times.

  As high-temperature mercury 1d compressed to a saturation pressure or higher by the mercury pump 1E, the high-temperature mercury 1d + water 52a is heated by the mercury heat exchanger 2Z compressed air calorie 28b, and the compressed air calorie 28b is cooled several times to 200 to 300 degrees, In the process of final compressed air cooling, the mercury 1d temperature is increased to 430 to 800 degrees, etc. in the multistage fuel injection multistage combustion heat exchange, and divided and used for combustion gas calorie output + combustion gas mass output. 51, the vacuum is increased, and the absence of vaporized mercury is confirmed. The mercury injection pump 6Z facilitates the injection of 400 MPa and the like, and the mercury injection nozzle 6b performs the expansion uniform injection in the axial direction. The exhaust gas saturation temperature of high-temperature mercury 1d is set to the highest vacuum of around 220 degrees to maximize the vaporization explosive force, and the gravitational acceleration / rotation output is the maximum theoretical best engine. By connecting to the horizontal crankshaft 16 or the like, the energy storage compressor 20A20X or the existing compressor 20Y is made into the theoretically best heat pump 1G, and mercury with the fewest resources is required to be the most compact, lightweight, large output and high efficiency. It is used for

  The opposed series full blade impeller turbine 8K shown in FIG. 4 is provided with multiple turbines such as a full bucket impeller water turbine 8b8b opposed to each other in multiple stages perpendicular to the opposite series as shown in FIG. A gravitational acceleration of 9.8 m / sec / sec is efficiently utilized, and the turbine blade 8c and the measuring plate 8d of the selected turbine blade cross section 4X are provided with the entire moving blade spring turbine 8K in the outer box 77a at an optimum interval, A plurality of turbine blades 8c8c are arranged in the direction of the outer peripheral axis of each cylindrical body 8e8e by synchronizing with magnetic friction synchronizers 55, 55, etc. In the radial direction, the power generation turbine blades 8c are expanded and expanded in accordance with the application output, and the power generation turbine blades 8c are heated to about 1/10, and the heating reduction rolling contact of the high-temperature blade spring turbine water turbine 8b heating high temperature means 3B is made best. The atmospheric pressure, the same speed, and the same calorific power are 910,000 times that of using superheated steam, and experiments are necessary. The water turbine 8b8b is driven.

  In the process of generating the rotational output, the pressure is increased to 24 MPa by the water pump 1F, the water is supplied to the water heat exchanger 2Y to be 374 degree high temperature water 52b, and the pressurized injection full moving blade spring vehicle water turbine 8b8b is increased to 400 MPa by the water injection pump 6z. To cool the exhaust with the alcohol cooling heat 52e of the cold cooler 2A, to stabilize the maximum vacuum such as the saturated water temperature of 25 degrees or less, to stabilize the additional maximum of the gravitational acceleration and to make the turbine blade 8c most powerful. Drive, completely abolish the worst seawater surface temperature increase of 7 degrees, and prevent the heavy rain wind speed 10 times increase by 300m / second due to abnormal weather, extract air by the air extractor 51, maximum vacuum gravity Enables maximum acceleration rotation output, 200 times rotation output of existing technology, aiming at heat, electricity and cold supply equipment, various ships, various airplanes, various automobiles and various rotations It is a power-driven device, and it is used as a supply facility for heat, electricity, and cold during stoppage. The rise in seawater temperature and CO2 emissions are reduced to 0 by the existing technology. We postpone human extinction due to depletion.

  In FIG. 4, the full-blade propulsion turbine shown in FIG. 4 is a series of opposed series / 8K or FIG. 6 series / 8L. The full-blade pusher mercury turbine 8E full-blade pusher water turbine 8b It is possible to add a large output and efficiently add gravity acceleration in a vacuum, and the atmospheric pressure, the same speed, the same calorific power, kg weight m / second, 25 million times the use of superheated steam. 910,000 times full blade impeller water turbine 8b using superheated steam at the same pressure and speed and calorie power, driving 100 times pressure combustion gas injection full blade gas turbine of existing gas turbine, 1000 times pressure combustion gas + superheat The steam is aimed at the combined engine injection unit 79K injection airplane drive, etc., and equipped with a bearing 80 and a thrust bearing 80a according to the respective characteristics to enable safe operation with high output, each directly or existing transmission 55Y The magnetic friction transmission 55B shifts and is connected by the joint 80A, and the left and right rotary shafts are connected to the output shaft, the generator shaft, the energy storage compressor 20X, etc., respectively, and the combined engine combustion unit 31X is driven to output the rotational output and Generates jet propulsion output.

  In the process of generating rotational output, the rotational output is generated with a combustion gas explosive force of around 40 to 24 MPa, and the maximum rotational output is 100 times the pressure of the existing technology. Aiming at the turbine 8a, the exhaust saturated combustion gas 49 temperature in FIG. 2 approaches -273 degrees in the exhaust process, and cold recovery is performed by the cold recovery unit 103 to produce alcohol cold 52e. The combustion gas 49 of the gas is extracted and collected in an external cold heat recovery device 103 for selective storage and the like, and in the process of generating the injection propulsion output, the combustion gas 49 is partly driven by a part of the combustion gas heat output. Drives the vane flywheel mercury turbine 8E and the full bucket vane turbine water turbine 8b, and the combustion gas mass output + combustion gas calorie output remaining amount is set to combustion gas 49 + superheated steam 50. As the combustion gas 49 explosive force + superheated steam explosive power of 1000 times the pressure aim of existing jet aircraft, and injected from the combined institution injection unit 79K, and the like aim 10 double-speed spacecraft of existing jets.

  The series full blade impeller turbine 8L in FIG. 6 is a multistage arrangement of the full blade impeller mercury turbine 8E, the full blade impeller water turbine 8b, and the full bucket impeller gas turbine 8a in FIG. The turbine blade 8c and the side plate 8d are provided in the outer casing 77a of the all-blade pusher wheel turbine 8L at an optimum interval, for example, in order to efficiently use the gravitational acceleration of 9.8 m / second per second in a vacuum. At the same time, the turbine blades 8c having the turbine blade cross section 4X are arranged in multiple stages at an intensity size interval close to the outer box vertical portion 94A and matched to the injection mass, and matched to the application output in the direction of the outer peripheral axis of each cylindrical body 8e. In the radial direction, the turbine blade cross section 4X is enlarged and projected in accordance with the output, and multiple stages with the inter-paragraph distance greater than the turbine outer diameter are provided to maximize the addition of gravitational acceleration in a vacuum. The In the all-wheel impeller gas turbine 8a, the combustion gas 49 injection pressure will be close to 100 times that of the existing gas turbine, aiming for 10 times the rotational output.

  In the process of driving the most efficient all-wheel impeller mercury turbine 8E, the experiment is necessary, but high speed of 430-800 degrees 400MPa, etc., aiming for 200 times rotation output with the same speed 1 / 120,000 calorie mercury injection as superheated steam Using the vaporization explosive force of high-temperature mercury 1d, the heat consumption of the same volume is reduced to about 1/2 of water, and the large output of all rotor blades that completely abolished the worst turbine blades of existing turbines was excluded from the calculation. Atmospheric pressure, same speed, same calorific power, kg weight m / sec, 910,000 times * 28 = approx. 25 million times that of using superheated steam, all-wheel impeller mercury turbine 8E is driven in rolling contact, and the best theoretical engine is constructed Then, aiming for 200 times rotation output of the existing engine with the same speed 1 / 120,000 calorie mercury injection, mercury exhaust heat quantity is recovered by the intake air 28a of the vaporized hot air recovery device 2B in the exhaust process, Isolation by partition wall 11A As the air chamber 11C and the mercury chamber 11B, the mercury exhaust saturation temperature of about 220 ° C. is cooled to about 120 ° C., the intake air 28a temperature is set to 60 to 100 ° C., etc., and the air is extracted into the external mercury exhaust inspection chamber 1A by the air extractor 51. Raise the extraction cooling saturation pressure, confirm that there is no pollution of mercury vapor and mercury, and maximize the maximum rotation output of the vacuum.

  FIG. 7 shows an embodiment of the all-blade combustion section 32E and the vertical all-blade water turbine 8B. Except for the turbine, all are substantially the same as those described above, and the energy storage compressor 20D that directly rotates the piston with the crankshaft is opposed. Provided, the entire blade combustion part 32E constituting the energy storage compressor 20E is used, and the vibration is canceled by the counter reciprocating motion synchronization by the magnetic friction synchronizers 55, 55, etc., so that the water heat exchanger 2Y is placed in the left, right, and center respectively. One or more cylinders other than the final stage are used as the pre-pressure water heat exchanger 2Y to cancel the vibration, thereby enabling a large diameter of the double-headed enlarged piston 21 diameter. It is possible to drive in parallel, bend 90 degrees with a known gear joint, enable horizontal crankshafts 16 and 16, and have large diameter compression chambers 10a and 10a opposite to each other with simple structure to the limit. The fired portion 32E is pre-compressed to the final pressure compressed by the enlarged diameter compression chamber 10a, and the high-temperature combustion heat exchange cooling combustion is performed without limitation in the water heat exchanger 2Y, and high-temperature water 52b such as 374 degrees 24 MPa vaporization explosive force +40 24 to 400 MPa combustion gas before and after the temperature is divided and used for 49 mass explosive force, and the vertical moving blade water turbine 8B is driven by high-temperature water 52b vaporizing explosive force such as 400 MPa of the water injection pump 6z, and the full blade combusting section 32E. Drive the rotational force.

  The vertical all blade water turbine 8B shown in FIG. 7 has an optimum distance between the inner blade group 60C of the inner shaft device 60A and the outer blade group 60D of the outer shaft device 60B, aiming for a small, simple and large output in the outer box 77a. The gravitational acceleration of 9.8 m / second per second is efficiently used in a vacuum, and the saddle-type all blade water turbine 8B is driven by the high-temperature water 52b so that the heat consumption is 1 of using superheated steam. The output of all rotor blades, which have been abolished with the worst turbine blades of existing turbines, was excluded from the calculation, and the atmospheric pressure, the same speed, and the same calorific power were set to 910,000 times that of using superheated steam, and the work rate was 910,000 times * 1/4000 heat quantity water injection = about 200 times rotation output, turbine blades 8c of turbine blade cross section 4X are annularly arranged in each row at intervals of strength and magnitude matched to injection mass so that safe use is possible. The shaft device 60A and the outer shaft device 60B are integrally cast in an annular shape. The inner shaft device 60A and the outer shaft device 60B that rotate in opposite directions are formed by machining the body, and the annular blade group is bolted together. The inner shaft device 60A, the outer shaft device 60B, and the outer box 77a Are provided with powerful bearing 80 and thrust bearing 80a.

  Compressed air calorie 28b or combustion gas 49 calorie is recovered, liquid oxygen is injected by means of oxygen amount increasing means 1B in the process of final compression, and high-pressure combustion heat exchange cooling combustion is performed without limitation in multi-stage fuel injection multi-stage ignition combustion, and combustion gas calorific value By dividing and storing explosive force + combustion gas mass explosive force, the inner rotor blade group 60C and the outer rotor blade group 60D rotating in opposite directions are driven strongly, and the atmospheric pressure, the same speed, and the same calorific power are compared with the existing technology. 910,000 times the gravitational acceleration that is the maximum acceleration in human history, except for the configuration of the all-wheel impeller water turbine 8b, aiming at the 200 times rotation output of the existing technology, and the most efficient vertical all-blade water turbine 8B In the exhaust process, the high temperature water 52b is cooled with the alcohol cold heat 52e of the cold heat cooler 2A, etc., the air is extracted by the air extractor 51, and the maximum vacuum maximum output is obtained. The temperature of the high-temperature water 52b is reduced to about 20 degrees as the front and rear, etc., the combustion gas 49 mass explosive force can be reduced, the structure of the all-wheel impeller turbine is small and simple, and everything else is substantially the same as described above. We will improve the worst of existing steam turbine power generation, increase seawater temperature 0CO2 exhaust 0 power generation, etc. to prevent global warming and prevent human extinction.

  Air in which a heat heat exchanger 2Y is provided on the left and right and in the center, and a pre-pressure water heat exchanger 2Y other than the final compression is used as the precompressed water heat exchanger 2Y. 28a is suction-compressed, finally compressed, and hot air 28a is supplied to the water heat exchanger 2Y. In the process of heat exchange cooling, liquid oxygen is injected by the oxygen amount increasing means 1B, and multistage fuel injection multistage ignition combustion is performed. The blade combustion section 32E. And the water heat exchanger 2Y is provided in the left and right final compression stages, the central final compression stage is the pre-pressure water heat exchanger 2Y, and the cooled air 28a is supplied to the left and right water heat exchangers 2Y, respectively. The whole blade combustion part 32F is the one that stirs air and injects and burns fuel. The final water heat exchanger 2Y is provided in the central final compression stage, the left and right final compression stages are pre-pressure water heat exchangers 2Y, and cooled air 28a is supplied to the central water heat exchanger 2Y. The whole blade combustion part 32G is the one that stirs air and injects and burns fuel. Then, all the blade combustion parts 32A to 32H, which are selected and adopted as the whole blade combustion part 32X, are combined with those that inject combustion gas mass explosive force + superheated steam 50 explosive force, and suck and inject forward air etc. The engine jet unit 79K is a water jet 79M that sucks and jets water from the front.

  8 is an all-blade combusting unit 32D that selectively uses an energy storage compressor 20D + saddle-type all-blade turbine in which a piston is directly driven by a crankshaft. Use of all-blade water turbine 8B + vertical all-blade gas turbine 8A, hydrothermal exchanger 2Y, heat exchange cooling after cooling to 40 degrees around 24 to 400MPa combustion gas 49 explosive force, maximum rotational output is compressed heat recovery unit 2C intake air An oxygen amount increasing means 1B is provided at the inlet 28a, and the oxygen amount of the intake air 28a is increased by an adsorption type oxygen production apparatus or the like, and liquid oxygen is increased by the oxygen amount increasing means 1B even in the final compression process due to demand. Then, the fuel injection valve 7 is opened, the multistage fuel injection multistage combustion is performed, and the high pressure combustion heat exchange cooling combustion is performed, the high temperature water 52b temperature rise combustion gas control valve 24 is opened, and the annular combustion gas reservoir 95 is opened. Low temperature combustion gas 49 is supplied to a large number of combustors 1Y, a large number of fuel control valves 25b and fuel injection valves 7 are opened and fuel injected, the maximum temperature maximum fuel amount is theoretically burned, and the maximum is higher than the combustion gas rocket nozzle 6M Injecting pressure to maximize the rotational output of vertical all blade gas turbine 8A to reduce the amount of cold 52e recovered, supplying various cold district heat, electricity and cold supply facilities, various automobiles, various airplanes and various ships Rotation output is generated.

  The maximum amount of cold heat recovered is 24 to 400 MPa combustion gas 49 around 40 degrees, the combustion gas control valve 24 of the annular combustion gas reservoir 95d is opened, the low temperature combustion gas 49 is supplied to the combustor 1Y, and the combustion gas The maximum pressure and the minimum temperature are injected from the rocket nozzle 6M to drive the vertical all-blade gas turbine 8A to maximize the amount of cold recovery, and the turbine blade 8c is provided with a cold heat recovery means 3C and heated with dry ice with alcohol 1C or the like Preventing the sticking of water and water, recovering cold heat, increasing the temperature rise volume of the combustion gas 49, maximizing the amount of cold heat recovered, driving the gas exhaust chamber 5c provided with a gas extractor 51a, Then, heat exchange with alcohol and compressed air is carried out by the cold heat recovery devices 103 and 103 provided outside, and the alcohol cold heat 52e and the compressed air cold heat 52e are recovered close to -100 degrees or -210 degrees to obtain ice cold heat 5 e Store at a low temperature that can be converted to e, etc., sell it in the tropics, manufacture and sell various types of commercial and household refrigeration 52e drive equipment, and store and use methane as a cooled recovery liquid or gas in the methane recovery facility Combustion gas such as CO2 is manufactured and sold and used for various purposes with 52g of combustion gas dissolved water after cold recovery.

  FIG. 9 shows an embodiment of the full blade combustion part 32D and the vertical all blade mercury turbine 8H. The inner shaft device 60A and the outer shaft device 60B of the vertical blade dynamic turbine 8H are shown in FIG. As in the case of all rotor blade turbines, integrally cast and integrally processed bolts are connected in a ring-by-row manner to form an inner shaft device 60A and an outer shaft device 60B that rotate in opposite directions, and the mercury control valve 25d is controlled to be open to control the mercury reservoir 95D. The high-pressure high-temperature mercury 1d is jetted in the vertical downward vacuum direction by a plurality of mercury jet pumps 6Z as 430 to 800 degrees 400 MPa and the like, and the gravitational acceleration of 9.8 m / second per second is cyclically induced in the induction vacuum by the nozzle jet section 6b. By further accelerating, the vertical turbine blade turbine 8H is driven by liquid high-temperature mercury 1d, which is the highest acceleration in human history, and the heat quantity is reduced to 1/28 of water by specific heat. Large blade With the power not included in the calculation, the atmospheric pressure, the same speed, and the same caloric power are 910,000 times * 28 = about 25 million times that of using superheated steam. Aim for double rotation output.

  Between the inner shaft device 60A, the outer shaft device 60B, and the outer box 77a, the bearing 80, the thrust bearing 80a, the counter-rotating magnetic friction power transmission device 84, and the magnetic friction transmission device 55B can be safely used with a 200 times rotation output or the like. In the process of exhausting the vertical moving blade mercury turbine 8H by rolling and driving the inner moving blade group 60C and the outer moving blade group 60D, which rotate in opposite directions with the addition of gravitational acceleration being maximized, Heat recovery from the mercury exhaust saturation temperature around 220 ° C. with the intake air 28a of the vaporized hot air recovery device 2B, the temperature of the intake air 28a is set to 60 to 100 ° C., etc. The heat of gas 49 is recovered around 200 degrees, compressed by energy storage compressor 20X or existing compressor 20Y, compressed air temperature is heated several times to 500-1000 degrees, etc. with compressed mercury + water The heat pump 1G is configured to heat the mercury + water with the mercury heat exchanger 2Z + water heat exchanger 2Y, cool the compressed air 28a to around 200 degrees, and inject fuel in the process of final compressed air cooling High-pressure combustion heat exchange cooling combustion without limit to combustion, divided into high temperature mercury 1d explosive force + high temperature water 52b explosive force + combustion gas mass explosive force.

  The all-blade combustion section 32D selected from the eight types uses an energy storage compressor 20D that omits the piston rod of an existing gasoline engine and is simple and lightweight, includes a cylinder head 15 and a check valve 97, and is vertically or The double-headed enlarged piston 21 is directly reciprocated by rotating the horizontal or vertical crankshaft 16 by bending 90 degrees to provide the energy storage compressor 20D of the enlarged-compression chamber 10a with the simplest structure, and used in multiple cylinders. Thus, the biston diameter and the piston stroke are appropriately enlarged and reduced, and heat recovery, compression and heat recovery are utilized for anything such as gas fuel, the counter rotating magnetic friction power transmission device 84, the counter rotating gear device 84Y, etc., and the magnetic friction transmission device. A vertical all-shaft mercury turbine 8H and a vertical crankshaft 16 are connected to each other through a gear 55B, a gear-type transmission 55Y and the like so as to be capable of shifting, and a water heat exchanger 2Y and the like are provided on the left and right. It has a Zendotsubasa combustion section 32D. And either left or right is the precompression compression chamber water heat exchanger 2Y, etc., and the cooling water is supplied to the other water heat exchanger 2Y, etc., and the one that burns with fuel injection ignition combustion is the full blade combustion part 30H.

  The series vertical all-blade turbine 8M in FIG. 10 includes a vertical all-blade mercury turbine 8H, a vertical all-blade water turbine 8B, and a vertical all-blade gas turbine 8A in the outer casing 77a. A vertical all-blade water turbine 8B and a vertical all-blade gas turbine 8A are vertically connected in series up to the top, and in the process of aiming for a small, simple and large output, Between the inner shaft device 60A + outer shaft device 60B and the outer casing 77a of the moving blade mercury turbine 8H, the vertical all moving blade water turbine 8B, the vertical all moving blade gas turbine 8A, or the vertical all moving blade water turbine 8B and the vertical type. A bearing 80, a thrust bearing 80a, a counter rotating magnetic frictional power transmission device 84 or a counter rotating gear device 84Y is provided between the inner shaft device 60A + outer shaft device 60B and the outer casing 77a of the whole rotor blade gas turbine 8A, and further on the inner side. Of the shaft device 60A and the outer shaft device 60B. The provided bearing 80 and a thrust bearing 80a also corresponds to 200 times the rotational output of the same amount of fuel existing engines.

  A vertical all-blade mercury turbine 8H, a vertical all-blade water turbine 8B, a vertical all-blade gas turbine 8A, etc. are connected to each other by shifting with a magnetic friction transmission 55B or a transmission 55Y. 77a and drive at the optimum rotational speed, respectively, and drive the output shaft of the generator, etc., the entire blade combustion part 32x, etc. at the optimum rotational speed, for example, the vaporized hot air recovery device 2B, Ensuring sufficient installation space for the cooling / cooling cooler 2A, cooling / cooling recovery unit 103, etc., saving the site area of the building to be accommodated, facilitating 4th and 5th floors and high-rise buildings, A bent joint is provided to allow rotation of the crankshaft and generator shaft, and drive the selected full blade combustor 32x or full blade combustor 32y, etc., not shown in the figure, Turbine 8H and vertical all blade water turbine 8B and vertical all To drive the wing gas turbine 8A.

  The contra-rotating magnetic frictional power transmission device 84 in FIG. 11 corrects the previous application, and the inner shaft device 60A and the outer shaft device 60B are coupled to each other by bearings 80, 80, and 80 in a sealed fixed outer box 94. A magnetizing friction wheel 37a meshing with the magnetizing friction wheel 37a of the support shaft 81 is fixed to the inner shaft device 60A, and a thrust bearing 80a / 80a bearing 80 is provided between the inner shaft device 60A and the fixed outer case 94, A magnetized friction wheel 37a meshing with an inner magnetized friction wheel 37b fixed to the outer shaft device 60B is fixed to the other of the support shaft 81, and a plurality of support shafts 81 magnetized friction wheels 37a are rotated by the right rotation of the inner shaft device 60A. Is rotated counterclockwise, the outer shaft device 60B fixed to the inner magnetized friction wheel 37b is rotated counterclockwise, the outer shaft device 60B and the inner shaft device 60A are rotated in opposite directions, and the vertical rotor blade mercury turbine 8H Vertical all blade water turbine 8B and vertical all blade gas turbine To drive the 8A and the like. The magnetic friction transmission 55B and the magnetic friction synchronizer 55 are also corrected in the same way, and the bearing 80 thrust bearing 80a and the fixed outer case 94 are provided to cope with the work rate of 910,000 times.

  In the magnetized friction wheel 37a and the inner magnetized friction wheel 37b, the meshing portion of the existing gear and the internal gear becomes large, and the power transmission surface increases in friction loss due to sliding contact and generates frictional heat. In high-speed use such as the reverse magnetic friction power transmission device 84 and the magnetic friction transmission device 55B, the meshing portion is reduced as much as possible to reduce the sliding contact of the rotor blade transmission surface, and the sliding contact is reduced as much as possible by the attractive force of the magnet. It is close to rolling contact, reduces friction loss, and can be used for ultra-high speed rotating parts. Therefore, it approaches the gear at low speed, and the meshing part of the magnetized friction wheel 37a shrinks at high speed. As a water pump for cooling the frictional heat, a water supply path 96A is provided in the water compression section and a water absorption path 95A is provided in the water suction section as in the existing gear pump. 84 and the like, the magnetic friction synchronization device 55, the gear type synchronization device 55, the magnetic friction transmission device 55B, and the gear type transmission device 55Y are the same as the water pump / magnetic friction synchronization device 55, the water pump / gear type synchronization device 55, It can be used as a water pump and magnetic friction transmission 55B, a water pump and gear transmission 55Y, etc.

  The generation of the air suction / injection propulsion output of various jets and the like in FIG. 12 uses the mercury heat exchanger 2Z to cool the combustion gas 49 temperature and the compressed air temperature, the high temperature mercury 1d temperature, the high temperature water 52b temperature, and the superheated steam 50 temperature. Thus, the combined engine injection unit 79K is separated from the whole blade combustion unit 32x32y and simplified, and the combustion blades 49 and superheated steam 50 are converted into the combustion blade 49 and the superheated steam 50 in the whole blade combustion unit 32x32y capable of increasing the amount of oxygen. Combustion gas 49 temperature pressure is easily increased by air, the combustion gas control valve 24 is opened, and combustion gas 49 explosive force such as an increase in oxygen amount of about 24 to 400 MPa is supplied to the combustion gas reservoir 95a by 400 degrees. In the process of driving the combined engine injection unit 79K, the low-temperature combustion gas 49 is supplied to the combustor 1Y in the process of storing the maximum explosive power of the front and rear 24-400 MPa superheated steam 50 and the plurality of fuel control valves 25. Fuel 1b is supplied to the open fuel reservoir 95B, the fuel injection pump 1D burns the maximum amount of fuel 1b and burns at the highest temperature, and the superheated steam 50 in the outer peripheral superheated steam reservoir 95c is set to the highest heating temperature. Power + maximum temperature mass Superheated steam 50 Driven by explosive force, and is injected from combustion gas injection rocket nozzle 6Y + superheated steam rocket nozzle 6A as high temperature and high pressure injection by cooling superheated steam 50 by cooling fin 5B.

  The superheated steam 50 is supplied to the superheated steam reservoir 95c on the outer periphery of the combustor 1Y, and a cooling fin 5B is provided in parallel on the outer periphery to enable high-temperature and large-mass injection of air-cooled superheated steam. Is heated, the limit of high-temperature large-mass combustion of the combustor 1Y is enabled, the air suction injection propulsion output of the superheated steam 50 + combustion gas 49 is increased, and the superheated steam rocket nozzle 6A + combustion gas injection rocket nozzle 6Y is injected. Then, the theoretical best combined engine injection unit 79K that easily maximizes the air suction injection propulsion output is used to reduce friction loss by the rocket nozzle, and high speed injection is achieved, and the streamlined combined engine injection unit 79K is used as a 10-fold reaction target of the existing jet aircraft. The magnetic friction power unit 55 provided on the cylindrical rotating part 77G of the combined engine injection part outer box 77F, the flying wing 38b and the flying tail 38c, Allows the combined engine injection box 77F to be rotated 90 to 180 degrees or more according to the application, enabling vertical ascent, vertical descent, and reverse injection, and can be used anywhere on the rooftop of the building, the moon, stars, etc. The space escape aircraft, various space return passenger aircraft, various space return parent planes, various supersonic jet aircraft, various supersonic jet fighters, etc. And air suction / injection output of various air suction / injection drive devices such as various ultra-high-speed ships and various ultra-high-speed battle ships.

  13 The generation of air suction / injection output of the combined engine airplane 38A is caused by increasing the amount of oxygen used even when the mercury heat exchanger 2Z is used as the preload mercury heat exchanger 2Z, and so on. The turbine 8B drives the whole blade combustion part 32x, drives the combined engine injection part 79K with combustion gas 49 mass output + superheated steam 50 explosive force, and moves the combined engine injection part 79K to the left and right of the flying blade 38b and the flying tail 38c. 12 and the whole blade combustion part 32x or the whole blade combustion part 32t are divided into vertical blades 38d to 38d, and the combined engine injection part 79K in FIG. The fuel injection pump 1D injects and burns a large amount of low-temperature combustion gas 49 close to compressed air, and heats the superheated steam 50 in the superheated steam reservoir 95c around the combustor 1Y in the process of increasing the fuel amount, Cooling fin 5B provided on the periphery cools the superheated steam to enable high-temperature superheated steam and high-temperature combustion gas injection, and injection from superheated steam rocket nozzle 6A + combustion gas injection rocket nozzle 6Y enables high-temperature high-pressure mass combustion injection By increasing the injection propulsion output to generate the best theoretical simple injection propulsion output, the air and vacuum ahead are sucked and injected to increase the injection propulsion output of the same fuel amount to 10 times that of existing jets.

  When flying in the air, high-speed and high-pressure dynamic pressure air is sucked from the leading edge core 38e of the flying blade 38b or the flying tail 38c, and the intake valve 28 of the selected all-blade combustion unit 32t or all-blade combustion unit 32x. Inhalation, pre-pressure compression and main pressure compression, high-pressure combustion heat exchange cooling combustion without limit by mercury heat exchanger 2Z, split into high-temperature mercury 1d vaporization explosive force + superheated steam 50 explosive force + combustion gas 49 mass explosive force Preserved, each can be stored in large quantities, can be used for out-of-fuel and spacecrafts, fly in a vacuum at an altitude of 100 km or higher without fuel, and instantly the first space velocity of supersonic Mach 23-28 It is possible to make day trips anywhere on the earth, and various rocket fuels are installed to make the universe a high speed aiming closer to the speed of light more than Mach 48. Na All parts are connected with water 52a pipe, superheated steam 50 pipe, high-temperature mercury 1d pipe or combustion gas pipe that has been reduced in weight to high pressure with carbon fiber, carbon nanotube, etc. The inside is used as a supply facility for heat, electricity, and cold, and it is used as a facility for preventing the extinction of mankind for power generation together with ground facilities.

  The water 52a tube or superheated steam 50 tube or high-temperature mercury 1d tube or combustion gas tube in a high-pressure lightweight container made of carbon fiber or the like is used to collect the fireball temperature according to the flight speed to the respective explosive force. Used as power, the flight trunk 38a and the flight wing 38b are provided with a cockpit 10b, a control room 10c and a cabin 10d, and the control room 10c is equipped with a general control device 20 to control the whole with existing technology. In the overall control process, the combined engine injection unit 79K provided on the left and right sides of the flying wing 38b and the flying tail 38c is controlled to rotate 90 to 180 degrees by the cylindrical rotating unit 77G, so that vertical ascent, vertical descent and reverse injection are performed. It is possible to use liquid oxygen for spacecraft, and various supersonic jets and supersonic jet fighters aiming for 10 times the speed of existing technology, various jets and various jet fighters, , The air generated by various air suction / injection drive equipment that sucks and injects air and vacuum from various space return passenger aircraft, etc., and allows vertical descent and vertical ascent on the airfield, the moon and various stars, etc. anywhere on the roof of the building, etc. It is also used as wing stability or no wing than levitation by.

  14 The air suction injection output generation of the air injection ship 38B is performed by using the combined engine combustion unit 31x or the full blade combustion unit 32x selected in accordance with the type A or the like of FIGS. 1 to 3 or 4 to 11. , Separated from the combined engine injection unit 79K and appropriately provided in the hull, air 28a is sucked from the leading edge 38e of the flying wing 38b, etc., and air 28a is sucked to collect and compress various amounts of heat as described above. Then, the heat of compression is recovered several times in the mercury heat exchanger 2Z water heat exchanger 2Y, high temperature mercury 1d vaporization explosive power of 430 to 800 degrees saturation pressure or higher + high temperature water 52b vaporization explosive power of about 374 degrees saturation pressure or more + superheat Steam 50 explosion force + around 40 degrees Celsius 24 ~ 400MPa combustion gas mass explosion force is divided and used to drive the combined engine combustion part 31x or all blade combustion part 32x, and the vertical all blade mercury turbine 8H or all Movable Turbine Turbine Turbine 8E, vertical blade moving turbine water turbine 8B or all blade moving wheel water turbine 8b drive rotation output is generated, and 400MP superheated steam 50 explosive force + around 40 degrees 24 to 400MPa combustion gas mass explosive force, injection propulsion output Will occur.

  In the process of injection propulsion aiming at a ship close to the speed of sound, all the low-temperature combustion gas 49 in which oxygen is increased by the oxygen amount increasing means 1B is supplied to the combustor 1Y, and one or more combustors 1Y are injected with fuel injection combustion outer peripheral superheated steam. The superheated steam 50 in the reservoir 95c is heated, the combined engine injection unit 79K is driven at the maximum fuel combustion amount and the maximum combustion temperature to maximize the air suction injection propulsion output, and the combined engine injection unit 79K in FIG. Alternatively, one or more optimally provided in the rear part, each sucking air in front of the hull and injecting it rearward in the enclosure at the bottom of the hull, rearward of the front levitation plate 9A, front of the rear levitation plate 9B and parallel vertical plate 9c. The hull is levitated at a combustion gas 49 injection pressure of 24 to 400 MPa or the same pressure superheated steam 50 injection pressure, and most of the bottom of the ship expanded by the parallel vertical plate 9c is the theoretically best hull pressure speed levitation. Minimize friction loss, The posterior of the empty Kibuki port 9D injection rate with increasing speed and air injected from such naturally increases, and theoretically best air suction jet boat propulsion output.

  During the jet propulsion process, the rudder 40A of the air nozzle 9D and the rudder 40A of the vertical wing 38d are driven and controlled, and vehicles, fighter planes, etc., which are significantly heavier than existing airplanes, are intended for transportation at ultra-high speeds at regular intervals. The flying wing 38b and the flying tail 38c are integrally or appropriately divided and controlled by up-and-down control using existing technology, the maximum speed is made close to the sound speed, and the distance from the water is kept constant. The cockpit 10b, the cabin 10d, the control room 10c, and the cargo room 10e are provided. The control room 10c is equipped with a general control device 20 to control the whole with existing technology, and vaporization and explosion of high temperature water 52b such as 374 degrees Celsius and 400 MPa. Power + 24 degrees Celsius around 40 degrees Celsius Combustion gas explosive force + About 400 degrees Celsius 24-400 MPa superheated steam is stored and steered by the flight wing 38b and flight tail 38c, aiming at the speed of sound Cruise ships and various ferry boats and various cargo ships and various aircraft carriers and various combat ships, etc., and a variety of air suction injection drive equipment, are stopped and then used as a supply facility of heat and electricity and cold.

  The generation of the water suction / injection propulsion output of the water injection vessel 38C in FIG. 15 increases the amount of oxygen in accordance with the heat demand in the selected combined engine combustion unit 31v or all blade combustion unit 32v, and is separated from the water jet 79M. In the water heat exchanger 2Y, the high-temperature multistage combustion heat exchange is cooled and combusted in an unlimited number of stages. Divided and used as explosive force, the combined engine combustion part 31v or the whole blade combustion part 32v is driven with the entire 400MPa vaporization explosive force, and the high temperature water 52b is gravity accelerated in the vertical downward vacuum direction by the water jet pump 6z as described above. Accelerated injection, atmospheric pressure, same speed, same calorific power, kg weight m / sec, 910,000 times that of superheated steam, all rotor blade water turbine drive Driving, driving all the combustion gas mass explosive force and combustor 1Y fuel injection combustion + superheated steam explosive power, water jet 79M, and injecting the superheated steam pressure velocity + combustion gas pressure velocity backward from inside the ship bottom earth direction, The hull is lifted and the bottom friction loss is reduced by the combustion gas bubbles.

  Combustor 1Y fuel injection combustion + superheated steam explosion force drives low-temperature combustion gas mass explosive force with one or more water jets 79M in FIG. Injecting at an optimum angle at the rear of the direction, driving and steering a rudder 40A provided at the rear of the bottom of the ship in the course of injection propulsion, equipped with a water wing 38g that can be raised and lowered, and moved to an optimum position by a plurality of hydraulic cylinders 48a, Curved or bent in front of the water jet 79M to make the injection at the foremost optimal position 1 or more, with the water pressure water pressure + superheated steam pressure speed + combustion gas pressure speed bubble of the diagonally lower rear injection and the water pressure of the upper wing 38g by the hull speed As a water suction injection propulsion that lifts a large hull, the friction loss at the bottom of the parallel vertical plate 9C, which is vast due to the bubbles injected with a large amount of combustion gas, is minimized, and Supplying food such as plant frankton such as CO2, oxygen and oxygen, etc. Propulsion of ultra-high speed near the same weight as an existing cargo ship, a cockpit 10b and a cabin 10d are provided in the upper part, and a cargo compartment 10e and a control room are provided in the cabin 10A. 10c is installed, and is controlled overall by the general control device 20 by the general control device 20, and various water suction injection drives such as various ships, various ferry boats, various cargo ships, various aircraft carriers, various battle ships, etc. aiming at 20 times the speed of the existing cargo ship It is used as equipment to supply heat, electricity, and cold energy during outages, and as a power generation to prevent human extinction.

  The water jet 79M of FIG. 16 is separated from, for example, the whole blade combustion part 32x provided with the oxygen amount increasing means 1B and simplified to the limit, and the high pressure multistage combustion heat exchange multistage cooling combustion is performed in the whole blade combustion part 32x without limitation. In the process of driving the water jet 79M with a superheated steam explosion force of around 40 degrees 24-400 MPa combustion gas 49 explosion force + around 400 degrees 400 MPa overheated steam explosion force other than the explosion force of 374 degrees 400 MPa high-temperature water 52b, a large amount of residual oxygen Combustion gas 49 is supplied from combustion gas control valve 24 to combustion gas reservoir 95a, fuel 1b is supplied from one or more fuel control valves 25b to fuel reservoir 95B, and fuel is injected into combustor 1Y by fuel injection pump 1D. Then, the combustion gas 49 and agitation ignition combustion are performed, and in the process of combustion, the superheated steam 50 in the superheated steam reservoir 95c at the outer periphery of the combustor 1Y is heated and provided on the outer periphery. The superheated steam is cooled by the reject fin 5B so that high temperature superheated steam and high temperature combustion gas injection are possible. By supplying plant flankton food, it is possible to maximize friction suction and water suction jet propulsion output.

  One or more fuel injection pumps 1D are provided in the combustor 1Y, the fuel gas 49 is ignited and burned by combustion, and the superheated steam 50 in the peripheral superheated steam reservoir 95c is heated by the high-temperature and high-pressure combustion of the combustor 1Y. High-temperature high-pressure injection and high-temperature high-pressure combustion injection of combustion gas are made possible to increase the injection propulsion output and water cooling with cooling fins 5B, etc., and after injection, seawater directly cooled combustion gas dissolution such as combustion gas 49 bubble CO2 The water supply power is further increased by the supply of food such as phytoplankton and the volume reduction suction force, and the water stream injection propulsion output is maximized by the streamlined water jet 79M, which is 20 times the speed of existing cargo ships. Aiming, etc., a water jet outer box 77D is provided at the front of the bottom of the ship and bent or bent in front of the water jet 79M to make an injection at the front optimum position 1 or more. Fixed at an angle, the front water 52a is sucked and accelerated, the most efficient water suction jet hull is ascended to the maximum extent, various high-speed ships, various high-speed battle ships, various aircraft carriers, various high-speed water transportation mobile devices, etc. It is a combined energy storage cycle engine that drives water suction and jet drive equipment.

  Oxygen amount increasing means 1B Increases oxygen amount As a whole blade drive, it is divided and used as combustion gas calorie explosion force + combustion gas mass explosion force, and almost twice as much as existing steam turbine + existing gas turbine with the same fuel amount Driven by blades, creating the potential of a 20x power full blade steam turbine + 20x power full blade gas turbine, plus a full blade gas turbine with 10x the combustion gas mass explosion pressure There is a possibility to add output, and further increase the combustion amount by increasing oxygen amount, and there is a possibility to greatly increase each rotation output.

  By making the all-blade water turbine drive with the vaporization explosive force of water, the vaporization explosive force is concentrated on the low pressure part downstream in the traveling direction, the theoretical acceleration is the best, the fuel consumption is reduced to 1/539, and the vacuum is vertically below In order to accelerate water injection with a gravitational acceleration of 9.8 m / sec, the power output of all the moving blades, which completely abolished the worst blades of the existing steam turbine, was excluded from the calculation. Heavy m / sec is 1700 times * 539 times that of existing steam turbines = approx. 910,000 times, and 1/4000 calorie water injection of superheated steam is used to produce 200 times the output of existing steam turbines. There is a possibility of rotating various ships and airplanes.

  By making the mercury turbine drive by the vaporization explosive force of mercury, the vaporization explosive force is concentrated in the low-pressure part downstream in the direction of travel, and the acceleration of gravity is 9.8 m / second in a vacuum vertically below the best theoretical acceleration. Accelerating every second, excluding the high output of all rotor blades that completely abolished the worst blades of existing steam turbines, calculating the atmospheric pressure, the same speed and the same calorific power, kg weight m / s, 910,000 times that of existing steam turbines * 28 = Approximately 25 million times, with 1 / 120,000 heat quantity mercury injection of superheated steam, and 200 times rotation output of existing steam turbines, there is a possibility of rotating and driving various power plants, ships and airplanes in the existing world There is.

  The power generation amount is 200 times that of the existing steam turbine, the seawater temperature rises 0 and the CO2 exhaust gas 0 power generation oxygen amount increase The power generation amount increases, the drought, heavy rain and the infinite increase in wind speed, and the possibility of delaying the extinction of mankind there is.

  Divided and stored into combustion gas calorific value explosive force + combustion gas mass explosive force, all blades water turbine + all blades gas turbine driven, electric power approached to 1/10 and all automobiles in the world driven by storage battery There is a possibility that CO2 emissions will be reduced to zero by driving various propeller vessels and various rotational force driven mechanical devices with storage batteries.

  Superheated steam + increased oxygen amount combustion gas + fuel + combined engine injection unit 79K increases injection propulsion output by 10 times, etc., and spacecrafts fly around the Mach 28 space at an altitude of 100 km, anywhere on the earth There is a possibility of a day trip.

  The superheated steam + oxygen amount increased combustion gas + fuel + combined engine injection unit 79K increases the injection propulsion output 10 times, etc., accelerates without limit by the space shuttle, approaching the universe to the speed of light more than Mach 48, There is a possibility to make space travel prime.

  In order to increase the propulsion output by 10 times, the speed of various ships may approach the speed of sound due to high-temperature and high-pressure injection of superheated steam or combustion gas.

  Various supersonic jets, various supersonic jet fighters, various ultra-high-speed ships, various ultra-high-speed combat ships, various ultra-high-speed aircraft carriers, various space return passenger aircraft, various space return aircraft, various air transport It may be used as a facility for supplying heat, electricity, and cold heat of CO2 exhaust 0 while it is stopped by driving mobile devices and various water transport mobile devices to bring CO2 exhaust slightly closer.

  Various amounts of heat are recovered and compressed with air whose oxygen amount has been increased by an adsorption-type oxygen production device, etc., and high pressure compression heat recovery liquid oxygen is injected by injecting the compressed air heat amount repeatedly and repeatedly, and finally high pressure compression multistage combustion heat Exchange multistage cooling combustion may increase the rotation output and injection propulsion output without limit.

  In the process of supplying the remaining CO2 etc. to the sea floor as combustion gas dissolved water, the combustion gas exhaust approaching absolute 0 degrees of all rotor blade gas turbines may be enormous and the entire heat exchange may be utilized with enormous cold heat. Increasing combustion gas dissolved water speed, inhaling the atmosphere, increasing oxygen and nitrogen to make combustion gas dissolved water with increased nutrients, supplying it to the ocean floor and growing seagrass and phytoplankton greatly, by the food chain There is a possibility of large growth of human food such as fish.

  Increase the amount of oxygen Enlarge the combustion gas exhaust approaching zero degrees of all rotor blade gas turbines, use compressed air cold, alcohol cold and ice cold as the combustion gas cold, direct cooling business, refrigeration business, ice making business, methane There is a possibility of creating or entering various cold energy utilization businesses such as hydrate cooling and recovery business of hydrate.

  Combustion gas exhaust that approaches absolute zero of all rotor blade gas turbines by increasing the amount of oxygen combustion is enormous, and all of them are exchanged and stored as compressed air cold, alcohol cold or ice cold, and materials and heat suitable for use in summer Various commercial and household refrigeration equipment, various refrigeration equipment, various air conditioning equipment, various ice making equipment, various types of heat and cold energy that are sold to replacement customers and aiming for power consumption of 1/10 It may manufacture and sell plumbing buildings, etc., cool the whole city area with cheap ice queues, etc., and turn the heat island phenomenon into a reverse cold summer city.

  The surplus heat is stored as superheated steam temperature 52d, glycerin temperature 52d, water temperature heat 52d such as 400 degrees Celsius, and is used as water temperature heat 52d as a by-product of CO2 exhaust 0, seawater temperature rise 0 power generation, etc. Manufacturing various industrial and household heating equipment, various cooking equipment, hot water equipment, various dishwashers, various washing dryers, and various seawater desalination equipment There is a possibility to sell it to prevent global warming and increase seawater temperature to 0.

  CO2 exhaust gas 0, seawater temperature rise 0 Power generation by-product surplus heat as superheated steam temperature 52d and water temperature heat 52d, such as 400 degrees Celsius, can be injected into methane hydrate or permafrost methane to create a methane recovery business There is sex.

  High temperature water 52b of 374 degrees 400MPa etc. is used in the oxygen amount increase combustion power generation, and the entire blade blade water turbine is driven by vaporization explosive force to reduce the heat consumption to 1/539 of the existing steam turbine, and the gravitational acceleration is 9.8 m / sec. Acceleration was added, and the existing steam turbine's 1/4000 calorie water injection was used to supply 200 times the amount of heat, electricity and cold, and the cooling process 52e was cooled during the exhaust process to reduce CO2 exhaust 0 and seawater temperature rise 0 There is likely to be.

Example of cross section of united engine combustion section 31A and various turbine blades (Example 1) Sectional view of driving of all blade gas turbine 8a and all blade water turbine 8b (Example 2) Cross-sectional view of all-rotor impeller turbine and combined engine combustion section 31A (Example 3) Cross section of opposed series full blade impeller turbine 8K gravity acceleration utilization (Example 4) Front sectional view of gravity acceleration using series full blade impeller turbine (Example 5) Side cross-sectional view using gravity acceleration in series all blade impeller turbine 8L (Example 6) Cross-sectional view of vertical rotor blade water turbine 8B and rotor blade combustion section 32E (Example 7) Vertical sectional blade gas turbine 8A and full blade combustion section 32D sectional view (Eighth embodiment) Cross section of vertical all blade mercury turbine 8H and all blade combustion section 32D (Example 9) Sectional view of series vertical type all blade turbine 8M (Example 10) Cross-sectional view of counter-rotating magnetic frictional power transmission device 84 (Example 11) Sectional drawing which shows union engine injection part 79K (Example 12) Explanatory drawing which shows united engine airplane 39A (Example 13) Sectional drawing which shows air injection ship 39B (Example 14) Sectional drawing which shows water-injection ship 39C (Example 15) Sectional view showing water jet 79M (Example 16)

Explanation of symbols

  1A: Mercury exhaust test room, 1B: oxygen amount increasing means (equipped with various means for increasing the amount of oxygen in the intake air and compressed air) 1C: alcohol, 1D: fuel injection pump, 1E: mercury pump, 1F: water pump, 1G: Heat pump (heat recovery with intake air / compressed high temperature with gas compressor) 1Y: combustor, 1Z: combustion chamber, 1a: combustion section, 1b: fuel, 1d: high-temperature mercury, 1e: coated steel ball, 2A: Cold cooler, 2B: Vaporized hot air recovery device, 2C: Compression heat recovery device, 2Y: Water heat exchanger, 2Z: Mercury heat exchanger, 2a: Condenser, 3A: Water repellent action (with water Friction loss reducing means) 3B: Heating high temperature means (electric resistance or electromagnetic heating high temperature) 3C: Cold energy recovery means, 3G: Water repellent action (friction loss reducing means with mercury) 4A: Turbine blade cross section (existing cross section) 4B : Turbine blade cross section 4C: Turbine blade cross section (output surface straight cross section) 4D: Turbine blade cross section (output opposite surface straight cross section) 4E: Turbine blade cross section (output opposite surface curved small cross section) 4F: Turbine blade cross section (existing) 4X: turbine blade cross section (selected cross section from 4A to 4F) 4a: outer compressor blade group, 4b: inner compressor blade group, 5A: exhaust heat quantity, 5B: cooling fin, 5c: gas exhaust chamber, 6 : Nozzle, 6a: Nozzle injection unit, 6b: Nozzle injection unit, 6d: Nozzle injection unit, 6z: Water injection pump, 6A: Superheated steam rocket nozzle, 6M: Combustion gas rocket nozzle, 6Y: Combustion gas injection rocket nozzle, 6Z : Mercury injection pump (improved from all fuel injection pumps and gear pumps, etc.), 7: Fuel injection valve, 8a: Full bucket vane wheel gas turbine (full bucket gas turbine) Bins), 8b: Full blade impeller water turbine (full dynamic blade water turbine), 8c: Turbine blade, 8d: Side plate, 8e: Cylindrical cylinder, 8A: Vertical full blade gas turbine (full blade gas turbine), 8B: Vertical moving blade water turbine (full moving blade water turbine), 8E: Full moving blade propeller mercury turbine (full moving blade mercury turbine), 8H: Vertical moving blade mercury turbine (full moving blade mercury turbine), 8K: Opposite series full blade impeller turbine, 8L: Inline full bucket pusher turbine, 8M: Series vertical full blade turbine, 8X: Full blade turbine (full blade mercury turbine + all blade water turbine + full motion Blade gas turbine), 9: one-way air flow heat exchanger (improved for exhaust heat recovery), 9A: front levitation plate, 9B: rear levitation plate, 9C: parallel vertical plate, 9D: air nozzle, 10A : Cabin, 10a: diameter expansion compression Chamber, 10b: cockpit, 10c: control room, 10d: cabin, 10e: cargo compartment, 11A: bulkhead, 11B: mercury chamber, 11B: water chamber, 11C: air chamber, 15: cylinder head, 16: crankshaft, 16A : Crank, 20A: Energy storage compressor, 20B: Energy storage compressor, 20C: Energy storage compressor, 20D: Energy storage compressor, 20E: Energy storage compressor, 20F: Energy storage compressor, 20G: Energy storage compressor 20H: Energy storage compressor, 20X: Energy storage compressor (compressor selected from 20A to 20H), 20Y: Existing compressor (compressor selected from existing gas compressors) 21: Expanded piston, 24 : Combustion gas control valve, 25: Superheated steam control valve, 25b: Fuel control valve, 25d: Mercury control valve, 2 5B: Hot water control valve, 28: Intake valve, 28a: Air, 28b: Compressed air calorie, 29: Various energy storage cycle coalescing engines (various rockets, various reciprocating engines, steam turbines, gas turbines and energy conservation cycle engines are combined ), 31: Power transmission surface, 31A: Combined engine combustion section (20A combined engine combustion section), 31B: Combined engine combustion section (20B included), 31C: Combined engine combustion section (20C included), 31D: Combined engine combustion Part (equipped with 20D), 31E: coalescence engine combustion section (with 20E), 31F: coalescence engine combustion section (with 20F), 31G: coalescence engine combustion section (with 20G), 31H: coalescence engine combustion section (with 20H), 31T: Combined engine combustion section (20X equipped mercury + all-rotor impeller gas turbine drive), 31U: Combined engine combustion section (20Y equipped mercury + 31V: Combined engine combustion unit (20X equipped water + all moving blade propeller gas turbine drive) 31W: Combined engine combustion unit (20Y equipped water + all moving blade propeller gas turbine driven), 31X: Combined engine combustion section (20X equipped mercury + water + all moving blade bouncing gas turbine drive), 31Y: Combined engine combustion section (20Y equipped mercury + water + all moving blade bouncing gas turbine driving), 31t: Combined engine burning section (20X + 1B) 31u: Combined engine combustion part (20Y + 1B equipped mercury + all moving blade pusher gas turbine drive), 31v: Combined engine combustion part (20X + 1B equipped water + all moving blade pusher) Gas turbine drive) 31w: Combined engine combustion section (20Y + 1B water that can be equipped + all moving blade propeller gas turbine drive), 31x: Combined machine Combustion section (20X + 1B equipped with mercury + water + all blade bouncing gas turbine drive), 31y: Combined engine combustion section (20Y + 1B equipped mercury + water + all blade bouncing gas turbine driving), 32A: all blade combusting section ( 20A equipped full blade combustion section), 32B: full blade combustion section (20B equipped), 32C: full blade combustion section (20C equipped), 32D: all blade combustion section (20D equipped), 32E: all blades Combustion section (with 20E), 32F: All blade combustion section (with 20F), 32G: All blade combustion section (with 20G), 32H: All blade combustion section (with 20H), 32T: All blade combustion section (20X equipped mercury + vertical all-blade gas turbine drive), 32U: all moving blade combustion section (20Y equipped mercury + vertical type all-blade gas turbine drive), 32V: all blade combusting section (20X equipped water + soot + soot Type whole blade gas turbine Drive), 32W: all blade combustor (20Y equipped water + vertical all blade gas turbine drive), 32X: all blade combustor (20X equipped mercury + water + vertical all blade gas turbine driven), 32Y : All-blade combustion part (20Y equipped mercury + water + vertical type all-blade gas turbine drive) 32t: All-blade combustion part (20X + 1B available mercury + vertical type all-blade gas turbine drive), 32u: All blades Combustion section (20Y + 1B can be equipped with mercury + vertical type moving blade gas turbine drive), 32v: All moving blade combustion unit (20X + 1B can be equipped with water + vertical type full moving blade gas turbine drive), 32w: Total moving blade combustion unit (20Y + 1B) 32x: Mercury + water + vertical all-blade gas turbine drive, 32y: All blade combustor (20Y + 1B) Mercury + 33): Bar magnet, 34: Electromagnet, 35: Direction of rotation, 37: Double-headed enlarged piston, 37a: Magnetized friction wheel (including gears), 37b: Internal magnetized friction Car (including internal gear) 38A: Combined engine airplane, 38B: Air-injection ship, 38C: Water-injection ship, 38a: Flight trunk, 38b: Flight wing, 38c: Flight tail, 38d: Vertical wing, 38e: Wing leading edge Inlet, 38 g: Water wing, 39: Fixing groove, 39A: Combined engine airplane, 39B: Air-injected ship, 39C: Water-injected ship, 40: Drive tool, 40A: Rudder, 40a: Pendulum arm, 46: Magnet part 47: yoke, 48a: hydraulic cylinder, 49: combustion gas, 49A: inner magnetized friction wheel device, 49a: combustion gas stirring plate, 50: superheated steam, 51: air extractor, 51 : Magnetized friction wheel device, 51a: Gas extractor, 52a: Water, 52b: Hot water, 52d: Mercury heat, 52d: Water heat, 52d: Superheated steam heat, 52d: Glycerin heat, 52e: Ice cold heat, 52e: Water cooling heat, 52e: Alcohol cooling heat, 52e: Compressed air cooling heat, 52g: Combustion gas dissolved water, 52h: Cold water, 55: Magnetic friction synchronization device (including gear type and water pump combined use), 55: Gear type synchronization device, 55B : Magnetic friction transmission (including gear and water pump) 55Y: Gear transmission (select from existing transmission) 60A: Inner shaft device, 60B: Outer shaft device, 60C: Inner blade group, 60D: Outer blade group, 77: outer box, 77a: turbine outer box, 77b: cylindrical outer box, 77C: jet engine outer box, 77D: water jet Outer box, 77F: Combined engine injection part outer box, 77G: Cylindrical rotating part, 78K: Combined engine injection part, 78M: Water jet, 79K: Combined engine injection part, 79M: Water jet, 80: Bearing, 80a: Thrust bearing 80A: joint, 81: support shaft, 81a: fulcrum, 84: counter rotating magnetic friction power transmission device (including gear type and water pump combined use) 84Y: counter rotating gear device (created with existing technology), 88: Known fuel injection valve, 94: fixed outer box, 94A: vertical part of outer box, 95: high temperature water reservoir, 95A: water absorption path, 95B: fuel reservoir, 95D: mercury reservoir, 95a: combustion gas reservoir, 95c: superheated steam reservoir 95d: Combustion gas reservoir, 96: Spring, 96A: Water supply path, 97: Check valve, 98: Valve seat, 99: Valve body, 103: Cold energy recovery device (cold heat with alcohol Osamu)

Claims (5000)

  Various energy storage cycle coalescing engine with turbine blade cross section (4A).   Various energy storage cycle coalescing engine with turbine blade cross section (4B).   Various energy storage cycle coalescing engine with turbine blade cross section (4C).   Various energy storage cycle coalescing engine with turbine blade cross section (4D).   Various energy storage cycle coalescing engine with turbine blade cross section (4E).   Various energy storage cycle coalescence engine with turbine blade cross section (4F).   Various energy storage cycle coalescing engine with turbine blade cross section (4X).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20B) with the condensate of all the blade water turbines.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20C) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20D) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20E) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20F) with the condensate of all the blade water turbines.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20G) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20H) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines that cool the energy storage compressor (20A) with water cooling heat (52e).   Various energy storage cycle combined engines that cool the energy storage compressor (20B) with water cooling heat (52e).   Various energy storage cycle combined engines that cool the energy storage compressor (20C) with water cooling heat (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle combined engines that cool the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescence engines that cool the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescence engines that cool the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20B) with cold alcohol (52e).   Various energy storage cycle combined engines that cool the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescence engines that cool the energy storage compressor (20E) with cold alcohol (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20F) with cold alcohol (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20G) with cold alcohol (52e).   Various energy storage cycle coalescing engines that cool the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines that cool the existing compressor (20Y) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescence engine that cools existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engine that cools existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines that cool the exhaust of all-wheel impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines that cool the exhaust of all-wheel impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines that cool the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle combined engines that cool the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20A) with the condensate of a full blade water turbine.   Various energy storage cycle coalescing engines provided with a turbine blade cross section (4E) for cooling the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4F) for cooling the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) for cooling the energy storage compressor (20A) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20B) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) that cools the energy storage compressor (20B) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20B) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20B) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) that cools the energy storage compressor (20B) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20B) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20B) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20C) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines provided with a turbine blade cross section (4B) for cooling the energy storage compressor (20C) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) that cools the energy storage compressor (20C) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20C) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4E) for cooling the energy storage compressor (20C) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20C) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20C) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20D) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20D) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20D) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20D) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20D) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20D) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20D) with the condensate of the whole blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) that cools the energy storage compressor (20E) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20E) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20E) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4D) for cooling the energy storage compressor (20E) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) that cools the energy storage compressor (20E) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20E) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20E) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20F) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) that cools the energy storage compressor (20F) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20F) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20F) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) that cools the energy storage compressor (20F) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20F) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20F) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4A) for cooling the energy storage compressor (20G) with the condensate of the all blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20G) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4C) for cooling the energy storage compressor (20G) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) that cools the energy storage compressor (20G) with the condensate of the whole blade turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4E) for cooling the energy storage compressor (20G) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) that cools the energy storage compressor (20G) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20G) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20H) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20H) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20H) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20H) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20H) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4F) that cools the energy storage compressor (20H) with condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the energy storage compressor (20H) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20A) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20A) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20A) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20A) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20A) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20A) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20A) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20B) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20B) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20B) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4A) for cooling the energy storage compressor (20C) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4B) for cooling the energy storage compressor (20C) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20C) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20C) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20C) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20C) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20C) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4D) for cooling the energy storage compressor (20D) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20D) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4A) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20E) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20F) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20G) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20G) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) that cools the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20H) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4A) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4C) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20A) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4B) for cooling the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4C) for cooling the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) that cools the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20B) with alcohol cold (52e).   Various energy storage cycle combined engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4D) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20C) with alcohol cold (52e).   Various energy storage cycle combined engines having a turbine blade cross section (4A) for cooling an energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20D) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4B) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle coalescence engines having a turbine blade cross section (4E) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle combined engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20E) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20F) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20F) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20F) with cold alcohol (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4D) for cooling the energy storage compressor (20F) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4E) for cooling the energy storage compressor (20F) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20F) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20F) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4A) for cooling the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) that cools the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20G) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade section (4E) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the energy storage compressor (20H) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) that cools the existing compressor (20Y) with the condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) that cools an existing compressor (20Y) with condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4D) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4E) that cools the existing compressor (20Y) with the condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4C) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) that cools the exhaust of the all-wheel impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) that cools the exhaust of the all-wheel impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) that cools the exhaust of a turbine blade turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) that cools the exhaust of a water turbine (8b) using a turbine blade (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) that cools the exhaust of the all blade impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) that cools the exhaust of the all blade impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the exhaust of the all-wheel impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the exhaust of the all-blade bouncing water turbine (8b) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the exhaust of the all-wheel impeller water turbine (8b) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the exhaust of the all-blade propeller water turbine (8b) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the exhaust of the all blade impeller water turbine (8b) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the exhaust of the whole bucket impeller water turbine (8b) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) that cools the exhaust of a turbine blade turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines having a turbine blade cross section (4B) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4C) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4A) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4B) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4C) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4D) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4E) for cooling exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4F) for cooling exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all the blade blade turbines.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) for cooling the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the all-blade impeller water turbine (8b) with water cooling heat (52e)   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy conservation compressor (20X) with condensate of all rotor blade water turbine.   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools existing compressor (20Y) with condensate of all rotor blade water turbine.   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with cold alcohol (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of water turbine impeller (8b) with water cooling heat (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical bladed water turbine (8B) with water cooling heat (52e) .   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical rotor blade water turbine (8B) with alcohol cold (52e) .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) for cooling the existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) for cooling the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all blade water turbines.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools existing compressor (20Y) with condensate of all rotor blade water turbines.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of water turbine (8b) with water cooling heat (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31u) for cooling exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) .   Various energy storage cycle combined engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling exhaust of vertical type moving blade water turbine (8B) with alcohol cold (52e) .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalescing engine combustion section (31v).   Various energy storage cycle combined engines including a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all the moving blade water turbines.   Various energy storage cycle combined engines including a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) that cools an existing compressor (20Y) with condensate of all rotor blade water turbines.   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with condensate of all rotor blade water turbines.   Various energy storage cycle combined engines including a turbine blade cross section (4X) combined engine combustion section (31v) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a turbine blade cross-section (4X) combined engine combustion section (31v) that cools an existing compressor (20Y) with condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of water turbine (8b) with all blades and turbine water (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of turbine blade turbine (8b) with alcohol cold heat (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of vertical bladed water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalescing engine combustion section (31w).   Various energy storage cycle combined engines including a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all the rotor blade water turbines.   Various energy storage cycle combined engines including a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines.   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e).   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with condensate of all rotor blade water turbines.   Various energy storage cycle combined engines including a turbine blade cross section (4X) combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a turbine blade cross section (4X) combined engine combustion section (31w) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) combined engine combustion section (31w) that cools an existing compressor (20Y) with condensate of a full blade water turbine.   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) for cooling the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) for cooling the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all rotor blade bouncing water turbines (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools energy conservation compressor (20X) with condensate of all rotor blade water turbines.   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools existing compressor (20Y) with condensate of all rotor blade water turbines.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools existing compressor (20Y) with alcohol cold (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of water turbine (8b) with all blades.   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust of turbine blade water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of vertical rotor blade water turbine (8B) with alcohol cold (52e) .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of the all blade blade water turbine.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all blade water turbines.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools existing compressor (20Y) with condensate of all rotor blade water turbine.   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with alcohol cold (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of vertical rotor blade water turbine (8B) with water cooling heat (52e) . Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of vertical rotor blade water turbine (8B) with alcohol cold (52e) .

  Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion section (32t).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of the all blade water turbine.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling an existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines.   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32t) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbine.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling existing compressor (20Y) with cold alcohol (52e).   Various energy storage cycle coalescence engine with turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) .   Combined engine with various energy storage cycles equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) .   Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) organ. Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) organ.

  Various energy storage cycle coalescing engine with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32u).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion part (32u) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion part (32u) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of the all blade water turbine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion part (32u) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of all-blade bouncing water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools exhaust from a vertical all-blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine.   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbine.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) .   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) .   Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) organ. Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) organ.

  Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32v).   Various energy storage cycle coalescing engines having an all blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine.   Various energy storage cycle coalescing engines including an all blade combustion section (32v) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescing engines having an all-blade combustion section (32v) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with an all-blade combustion section (32v) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32v) that cools exhaust from the all-blade bouncing water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engine equipped with all blade combustion part (32v) which cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32v) for cooling the exhaust of the vertical all-blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32v) that cools exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of the all blade impeller water turbine (8b) with water cooling heat (52e).   Various energy conservation cycle coalescence engine equipped with turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e). Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e).

  Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32w).   Various energy storage cycle coalescing engines having an all blade combustion section (32w) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines.   Various energy storage cycle coalescing engines including an all blade combustion section (32w) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including an all blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle combined engines equipped with an all-blade combustion section (32w) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with an all blade combustion section (32w) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32w) for cooling the exhaust of the all-blade bouncing water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32w) that cools the exhaust of the all-blade flywheel water turbine (8b) with alcohol cold (52e).   Various energy storage cycle combined engines equipped with an all-blade combustion section (32w) that cools the exhaust of the vertical all-blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having an all-blade combustion section (32w) that cools exhaust from a vertical all-blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the all blade impeller water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e). Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e).

  Various energy storage cycle coalescing engine with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32x).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the all blade water turbine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the exhaust of the all-blade bouncing water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32x) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbine.   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools an existing compressor (20Y) with condensate from a full blade water turbine.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of water turbine (8b) with water cooling heat (52e) .   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) .   Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) organ. Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) organ.

  Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion section (32y).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of the all blade water turbine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32y) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32y) that cools exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of a vertical all-blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of the entire blade water turbine.   Various energy storage cycle combined engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools an existing compressor (20Y) with condensate of a full blade water turbine.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) .   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) .   Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) organ.   Combined with various energy storage cycles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) organ.   Various energy storage cycle coalescence engine equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and various heat, electricity and cold supply facilities.   Various equipment for supplying various heat, electricity and cold energy with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and providing various heat, electricity and cold supply facilities Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) for cooling the energy storage compressor (20X) with alcohol cold (52e), and supplying various types of heat, electricity and cold. Combined organization.   Various types of energy, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and supplies various heat, electricity, and cold energy Conservation cycle coalescence organization.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as a supply facility for various heat, electricity and cold organ.   Combined with various energy storage cycles equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and a combined engine combustion section (31t) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), combined engine combustion section (31t), and various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   A mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e), a combined engine combustion section (31t), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection room (1A) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), a combined engine combustion section (31t), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and has various heat, electricity and cold heat Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with water cooling heat (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines and supply of various heat, electricity and cold heat Various energy conservation cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the existing compressor (20Y) with water cooling heat (52e), supplying various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the existing compressor (20Y) with alcohol cold (52e), supplying various heat, electricity and cold Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e), and various heat, electricity and cold heat Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), various heat, electricity and cold Various energy conservation cycle coalescing engine as a supply facility.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical type rotor blade water turbine (8B) with water cooling heat (52e) has various heat and electricity. Various energy conservation cycle coalescing engines as cold supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   Various energy storage cycle combined engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) combined engine combustion section (31u) as various heat, electricity and cold supply facilities.   Various types of heat, electricity, and cold supply facilities equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity and cold supply facilities Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with alcohol cold (52e), and supplies various heat, electricity and cold. Combined organization.   Various types of energy, including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and supplies various heat, electricity, and cold energy Conservation cycle coalescence organization.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as a supply facility for various heat, electricity and cold organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Mercury exhaust inspection room (1A) that cools exhaust from water turbine (8b) with water-cooled heat (52e) and united engine combustion section (31u) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), combined combustion unit (31u), and various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   A mercury exhaust inspection room (1A) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), a combined engine combustion section (31u), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection room (1A) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), and a combined engine combustion section (31u), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and has various heat, electricity, and cold heat. Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with water cooling heat (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all blade water turbines and supplies various heat, electricity and cold heat Various energy conservation cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the existing compressor (20Y) with water cooling heat (52e), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with alcohol cold (52e), supplying various heat, electricity and cold Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e), various heat, electricity and cold Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), various heat, electricity and cold Various energy conservation cycle coalescing engine as a supply facility.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) has various heat and electricity. Various energy conservation cycle coalescing engines as cold supply facilities.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) has various heat and electricity. Various energy conservation cycle coalescing engines as cold supply facilities.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31v) to provide various heat, electricity and cold supply facilities.   Various energy storage cycle coalescence engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and that supplies various heat, electricity, and cold energy.   Various energy storage cycle coalescence engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engines equipped with a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine comprising a coalescence engine combustion section (31v) that cools the exhaust of the all-blade propeller wheel water turbine (8b) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine comprising a coalescence engine combustion section (31v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold heat (52e) and used as various heat, electricity and cold supply facilities.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and using various heat, electricity and cold supply facilities .   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) and having various heat, electricity and cold supply facilities .   Energy storage compressor (20X) equipped with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools with condensate of all rotor blade water turbines, and various types of energy as facilities for supplying various heat, electricity and cold Conservation cycle coalescence organization.   Combined with various energy storage cycles including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity and cold supply facilities organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Various types of energy storage including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, and supplies various heat, electricity, and cold energy Cycle coalescence engine.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools existing compressor (20Y) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities .   Various energy storage cycle coalescence engine having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling the existing compressor (20Y) with alcohol cold (52e) and using various heat, electricity and cold energy supply facilities .   Various turbines (4X) combined engine combustion section (31v) that cools exhaust of turbine blade turbine (8b) with water-cooled heat (52e) to provide various heat, electricity and cold supply facilities Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) that combines the combustion engine (31v) that cools the exhaust of a turbine blade turbine (8b) with alcohol cold (52e) and has various heat, electricity, and cold supply facilities. Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) united engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) united engine combustion section (31v) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to provide various heat, electricity and cold supply facilities.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and that supplies various heat, electricity, and cold energy.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity and cold supply facilities.   Various energy storage cycle coalescence engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as a supply facility for various heat, electricity, and cold.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and that supplies various heat, electricity, and cold energy.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine comprising a coalescence engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine which has a coalescence engine combustion part (31w) which cools the exhaust of all blade impeller water turbine (8b) with alcohol cold heat (52e), and used as various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities .   Various energy storage cycle combined engine equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as a supply facility for various heat, electricity, and cold heat .   Energy storage compressor (20X) equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling with condensate of all rotor blade water turbines, and various types of energy as facilities for supplying various heat, electricity and cold Conservation cycle coalescence organization.   Combined with various energy storage cycles including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity and cold supply facilities organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Various types of energy storage, including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, and supplies various heat, electricity, and cold energy Cycle coalescence engine.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools existing compressor (20Y) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities .   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools existing compressor (20Y) with alcohol cold (52e) and uses various heat, electricity, and cold supply facilities .   A turbine blade cross-section (4X) united engine combustion section (31w) that cools exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and various heat, electricity, and cold supply facilities Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) united engine combustion section (31w) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various heat, electricity, and cold supply facilities Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) combined engine combustion section (31w) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) as various heat, electricity and cold supply facilities.   Various equipment for supplying various types of heat, electricity, and cold energy, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities Combined organization.   Various types of energy, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all blade blade turbines, and supplies various heat, electricity, and cold energy Conservation cycle coalescence organization.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as a supply facility for various heat, electricity and cold organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various heat, electricity and cold supply facilities organ.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and a combined engine combustion section (31x) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), combined combustion unit (31x), and various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   A mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), a combined engine combustion section (31x), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection room (1A) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e), and a combined engine combustion section (31x), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and has various heat, electricity and cold heat. Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with water cooling heat (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and supplies various heat, electricity, and cold heat Various energy conservation cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31x) for cooling the existing compressor (20Y) with water cooling heat (52e), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with alcohol cold (52e), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), and various heat, electricity and cold Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e), and has various heat and electricity Various energy conservation cycle coalescing engines as cold supply facilities.   Various energy storage cycle combined engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) combined engine combustion section (31y) as various heat, electricity and cold supply facilities.   Various types of heat, electricity, and cold supply facilities equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and providing various heat, electricity and cold supply facilities Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with alcohol cold (52e), and supplies various heat, electricity and cold. Combined organization.   Various types of energy, including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and supplies various heat, electricity, and cold energy Conservation cycle coalescence organization.   Combined with various energy storage cycles equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as a supply facility for various heat, electricity and cold organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) and a combined engine combustion section (31y) to provide various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), combined engine combustion section (31y), and various heat, electricity, and cold supply facilities Various energy conservation cycle coalescence engine.   A mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e), a combined engine combustion section (31y), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection chamber (1A) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e), and a combined engine combustion section (31y), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines, with various heat, electricity and cold heat Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with water cooling heat (52e), supplying various heat, electricity and cold heat Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines and supplying various heat, electricity and cold heat Various energy conservation cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water cooling heat (52e), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the existing compressor (20Y) with alcohol cold (52e), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), various heat, electricity and cold heat Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), various heat, electricity and cold Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), and has various heat and electricity Various energy conservation cycle coalescing engines as cold supply facilities.   Various energy storage cycle coalescence engine with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32t) as various heat, electricity and cold supply facilities.   Equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, providing various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water cooling heat (52e), mercury exhaust inspection room (1A) all rotor blade combustion section (32t), various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), mercury exhaust inspection room (1A) all blade combustion part (32t), various heat storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines (1A) All rotor blade combustion section (32t) and various heat, electricity, and cold supply facilities Energy conservation cycle coalescence engine.   Various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e), equipped with all-blade combustion section (32t), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold heat (52e), equipped with all blade combustion section (32t), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection chamber (1A) for cooling the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e), equipped with a full-blade combusting section (32t), and supplying various heat, electricity and cold heat Various energy conservation cycle coalescing engines.   Mercury exhaust inspection room (1A) that cools exhaust from a vertical all-blade water turbine (8B) with alcohol cold (52e), a full blade combustion section (32t), and various heat, electricity, and cold supply facilities Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with condensate of all blade water turbines, and has various heat, electricity and cold heat Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with water cooling heat (52e), supplying various heat, electricity and cold heat A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and has various heat, electricity, and cold heat. Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32t) for cooling existing compressor (20Y) with water-cooled heat (52e), supplying various heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with alcohol cold (52e), supplying various heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e). Combined with various energy storage cycle engines for supplying cold and cold energy.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e). Combined with various energy storage cycle engines for supplying cold and cold energy.   Various energy storage cycle coalescence engine with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32u) as various heat, electricity and cold supply facilities.   Equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of the full blade water turbine, providing various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled with water cooling heat (52e) Mercury exhaust inspection room (1A) All rotor blade combustion section (32u) and various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Energy storage compressor (20X) is cooled with alcohol cold (52e), mercury exhaust inspection room (1A) all rotor blade combustion section (32u), various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all blade blade turbines and various blades combustion section (32u) to provide various heat, electricity, and cold supply facilities Energy conservation cycle coalescence engine.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as a supply facility for various heat, electricity, and cold Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), equipped with all blade combustion section (32u), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e), equipped with all blade combustion section (32u), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection chamber (1A) for cooling the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e), equipped with a all-blade combustion section (32u), and various heat, electricity, and cold supply facilities Various energy conservation cycle coalescing engines.   Mercury exhaust inspection room (1A) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e), all blade combustion section (32u), and supplies various heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines and has various heat, electricity and cold heat Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) for cooling energy storage compressor (20X) with water cooling heat (52e), supplying various heat, electricity and cold heat A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) for cooling the energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling the existing compressor (20Y) with the condensate of all blade water turbines, and various heat, electricity and cold Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) for cooling existing compressor (20Y) with water cooling heat (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with alcohol cold (52e), supplying various heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e). Combined with various energy storage cycle engines for supplying cold and cold energy.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) Combined with various energy storage cycle engines for supplying cold and cold energy.   Various energy storage cycle coalescence engine which has turbine blade cross section (4X) and full blade combustion part (32v) to provide various heat, electricity and cold supply facilities.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of the all-blade water turbine and used as various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine which has all blade combustion part (32v) which cools energy storage compressor (20X) with water-cooled heat (52e) and used as various heat, electricity and cold supply facilities.   Various energy storage cycle coalescence engine which has all blade combustion part (32v) which cools energy storage compressor (20X) with alcohol cold (52e), and used as supply equipment of various heat, electricity, and cold.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the all-rotor blade water turbine and used as various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32v) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescing engines equipped with a whole blade combustion section (32v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine equipped with all-blade combustion section (32v) that cools exhaust of turbine blade turbine water turbine (8b) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities .   Various energy storage cycle coalescence engine equipped with a whole blade combustion part (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and has various heat, electricity and cold supply facilities .   Combined with various energy storage cycles, equipped with a whole blade combustion section (32v) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to provide various heat, electricity and cold supply facilities organ.   Combined with various energy storage cycles including all blade combustion section (32v) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) to provide various heat, electricity and cold supply facilities organ.   Various compressors (20X) equipped with turbine blade cross section (4X) all blade combustion section (32v) that cools with condensate of all rotor blade water turbines, and various heat, electricity and cold supply facilities Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross section (4X) whole blade combustion section (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e), and supplying various heat, electricity and cold Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) whole blade combustion section (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e), and supplying various heat, electricity and cold Combined organization.   Various types of energy, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the full blade water turbine, and supplies various heat, electricity, and cold energy Conservation cycle coalescence organization.   Combined with various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools an existing compressor (20Y) with water cooling heat (52e) and used as various heat, electricity and cold supply facilities organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) whole blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of water turbine (8b) with water cooling heat (52e) to provide various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and a full blade combustion section (32v) to provide various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and has a full blade combustion section (32v), and supplies various heat, electricity, and cold heat. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) with a full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescence engine which has turbine blade cross section (4X) and all blade combustion part (32w), and used as supply equipment for various heat, electricity and cold.   Various energy storage cycle coalescing engines equipped with an all blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine equipped with all blade combustion section (32w) that cools existing compressor (20Y) with condensate of all blade water turbines and used as various heat, electricity and cold supply facilities.   Various energy storage cycle coalescence engine equipped with all blade combustion part (32w) which cools existing compressor (20Y) with water-cooled heat (52e) and used as supply facilities for various heat, electricity and cold.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32w) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities.   Various energy storage cycle coalescence engine equipped with all-blade combustion section (32w) for cooling exhaust gas from turbine blade turbine (8b) with water-cooled heat (52e) and having various heat, electricity and cold supply facilities .   Various energy conservation cycle coalescence engine equipped with all-blade combustion section (32w) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) and supplies various heat, electricity and cold .   Combined with various energy storage cycles, equipped with all-blade combustion section (32w) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) and used as a supply facility for various heat, electricity and cold organ.   Combined with various energy storage cycles including a whole blade combustion section (32w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to provide various heat, electricity and cold supply facilities organ.   Various compressors (20X) equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools the compressor with the condensate of all rotor blade water turbines. Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various heat, electricity, and cold supply facilities Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full rotor blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) and supplying various heat, electricity and cold Combined organization.   Various types of energy, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, and supplies various heat, electricity, and cold energy Conservation cycle coalescence organization.   Combined with various energy storage cycles including a turbine blade cross section (4X) all-blade combustion section (32w) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as a supply facility for various heat, electricity and cold organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as a supply facility for various heat, electricity and cold organ.   Turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust from water turbine (8b) with water cooling heat (52e) to provide various heat, electricity and cold supply equipment Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e) and has a full blade combustion section (32w) to provide various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), and has a whole blade combustor (32w), and supplies various heat, electricity, and cold energy, Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e), and includes a whole blade combustion section (32w), and supplies various heat, electricity, and cold heat, Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescence engine with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32x) as various heat, electricity and cold supply facilities.   Equipped with a mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, providing various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled with water cooling heat (52e) Mercury exhaust inspection room (1A) All rotor blade combustion section (32x) and various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), mercury exhaust inspection room (1A) all rotor blade combustion section (32x), various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Mercury exhaust inspection room (1A) for cooling existing compressor (20Y) with condensate of all rotor blade water turbine (1A) All rotor blade combustion section (32x) and various heat, electricity and cold supply facilities Energy conservation cycle coalescence engine.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and uses various heat, electricity, and cold supply facilities Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), equipped with all blade combustion section (32x), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e), equipped with all blade combustion section (32x), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e), equipped with all-blade combustion section (32x), and supplies various heat, electricity, and cold Various energy conservation cycle coalescing engines.   Mercury exhaust inspection room (1A) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e), equipped with a full blade combustor (32x), and supplies various heat, electricity, and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines and has various heat, electricity and cold heat Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with water cooling heat (52e) and supplies various heat, electricity and cold heat A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling energy storage compressor (20X) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines and has various heat, electricity, and cold heat Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with water cooling heat (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with alcohol cold (52e), supply equipment for various types of heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e). Various energy conservation cycle coalescing engines as cold supply facilities.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e). Combined with various energy storage cycle engines for supplying cold and cold energy.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e). Combined with various energy storage cycle engines for supplying cold and cold energy.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various heat, electricity and cold supply facilities.   Equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of the full blade water turbine, providing various heat, electricity and cold supply facilities Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e) Mercury exhaust inspection room (1A) All blade combustion section (32y) and various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), mercury exhaust inspection room (1A) all blade combustion section (32y), and various energy storage as various heat, electricity and cold supply equipment Cycle coalescence engine.   Mercury exhaust inspection room (1A) for cooling existing compressor (20Y) with condensate of all blade water turbines, and various blades combustion section (32y) to provide various heat, electricity and cold supply facilities Energy conservation cycle coalescence engine.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and has various heat, electricity, and cold supply facilities Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various heat, electricity, and cold supply facilities Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), equipped with all blade combustion section (32y), and various heat, electricity and cold supply facilities, Various energy conservation cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and includes a full blade combustion section (32y), and various heat, electricity, and cold supply facilities, Various energy conservation cycle coalescence engine.   A mercury exhaust inspection room (1A) for cooling the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e), equipped with a full-blade combustion section (32y), and various heat, electricity, and cold supply facilities Various energy conservation cycle coalescing engines.   Mercury exhaust inspection room (1A) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e), all blade combustion section (32y), and supplies various heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines, and various heat, electricity and cold heat Various energy conservation cycle coalescing engine as a supply facility.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32y) for cooling the energy storage compressor (20X) with water cooling heat (52e) and supplying various heat, electricity and cold heat A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling energy storage compressor (20X) with alcohol cold (52e), supplying various heat, electricity and cold A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all blade water turbines and has various heat, electricity and cold heat Various energy conservation cycle coalescing engines as supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32y) that cools existing compressor (20Y) with water cooling heat (52e) and supplies various heat, electricity and cold heat Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e) and supplying various heat, electricity and cold Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines as cold supply facilities.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical type blade turbine (8B) with water-cooled heat (52e) and various heat and electricity Combined with various energy storage cycle engines for supplying cold and cold energy.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e). Combined with various energy storage cycle engines for supplying cold and cold energy.   Various energy storage cycle coalescence engines with various types of ships including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X).   Various energy conservation cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines having various types of ships including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescing engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescence engine with mercury exhaust inspection room (1A) coalescence engine combustion part (31t) that cools the exhaust of vertical type moving blade water turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) and various ships .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with alcohol cold (52e) organ.   Various compressors (20Y) with turbine blade cross section (4X) Mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling with condensate of all rotor blade water turbines and various types of energy storage Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of ships equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of vessels including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical type all-blade water turbine (8B) with water-cooled heat (52e) to make various ships. Various energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) to make various ships. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various ships.   Various energy conservation cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines having various types of ships including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and made into various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various ships .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various ships .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling with condensate of all rotor blade water turbine Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy conservation compressor (20X) with alcohol cold (52e) organ.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X) Mercury exhaust inspection room (1A) Combined engine combustion section (31u) and various types of energy storage Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of ships equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of ships including various blades equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical type all-blade water turbine (8B) with water-cooled heat (52e) to make various ships. Various energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) to make various ships. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31v) and various ships.   Various energy conservation cycle coalescing engines including a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all the rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines having various types of ships including a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of ships including a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various ships.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) for cooling an existing compressor (20Y) with alcohol cold (52e) to form various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various ships.   Various energy storage cycle coalescing engines having a coalesced engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various ships.   Various energy conservation cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine and used as various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) and made into various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to make various ships.   Various energy conservation cycle coalescing engines including a coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all the moving blade water turbines to form various ships.   Various energy conservation cycle coalescing engines having various types of ships including a coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various engine combustion units (31w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines to form various ships.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various ships.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to form various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of the all-blade bouncing water turbine (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) to form various ships.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to make various ships.   Various energy conservation cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescence engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various vessels.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of the all-blade propeller water turbine (8b) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescence engines having various types of ships including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various ships .   Various energy conservation cycle coalescence engine with mercury exhaust inspection room (1A) coalescence engine combustion part (31x) that cools exhaust of vertical type bladed water turbine (8B) with alcohol cold (52e) .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy conservation compressor (20X) with alcohol cold (52e) organ.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31x), and various types of energy storage as various ships Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31x) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31x) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of vessels including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all rotor bladed turbine water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of ships equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all rotor blades turbine water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical type all-blade water turbine (8B) with water cooling heat (52e) to make various ships. Various energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical type all-blade water turbine (8B) with alcohol cold (52e) to make various ships. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various ships.   Various energy conservation cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold heat (52e) and various ships.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various ships .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various ships .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with alcohol cold (52e) organ.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various types of energy storage Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water-cooled heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of ships equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of vessels including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical type all-blade water turbine (8B) with water-cooled heat (52e) to make various ships. Various energy conservation cycle coalescence engine.   It is equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) to make various ships. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) to make various ships.   Various energy conservation cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and that are various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various ships.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold heat (52e), and a variety of energy conservation cycle coalescence engine with all bucket combustion section (32t) .   Combined with various types of energy conservation cycles, including a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), which cools the exhaust of a vertical type blade (8B) with water cooling heat (52e), and various ships. organ.   Combined with various types of energy conservation cycle, including a mercury exhaust inspection chamber (1A) with a full blade combustion section (32t) that cools the exhaust of a vertical blade-type water turbine (8B) with alcohol cold (52e). organ.   Various types of ships including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the energy storage compressor (20X) with water cooling heat (52e) and various ships. Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various ships. Combined organization.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various types of energy for various ships. Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32t) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32t) for cooling existing compressor (20Y) with alcohol cold (52e) Various shipboards organ.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) to make various ships Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various ships Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) to make various ships.   Various energy conservation cycle coalescing engines including a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy conservation compressor (20X) with the condensate of the all-turbine water turbine.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with cold alcohol (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ships.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) for cooling an existing compressor (20Y) with alcohol cold (52e) and various ships.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), and a variety of energy storage cycle coalescence engines with various blade combustors (32u). .   Combined with various types of energy storage cycles, including a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), and various ships. organ.   Combined with various types of energy conservation cycles, including a mercury exhaust inspection room (1A) with a full blade combustion section (32u) that cools the exhaust of a vertical blade-type water turbine (8B) with alcohol cold (52e). organ.   Various types of ships including various blades equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various types of ships with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   Various types of energy for various ships including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with condensate of all blade water turbine Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32u) for cooling existing compressor (20Y) with water cooling heat (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Whole blade combustion section (32u) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various types of energy conservation cycle organ.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) to make various ships Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various ships Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32v) to make various ships.   Various energy storage cycle coalescing engines having various blade combustion sections (32v) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) that cool the existing compressor (20Y) with the condensate of all moving blade water turbines, and various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the exhaust of all bucket moving vehicle water turbine (8b) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the exhaust of all bucket moving water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having various blade combustion sections (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various ships.   Various energy storage cycle coalescing engines having various blade combustion sections (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescence engines having various blades with a turbine blade cross section (4X) full blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the full blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32v) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various ships.   Various energy conservation cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e). .   Various energy storage cycle coalescence engine with turbine blade cross section (4X) full blade combustion section (32v) which cools exhaust of vertical type blade turbine (8B) with alcohol cold (52e) .   Various energy conservation cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32w) and various ships.   Various energy storage cycle coalescing engines having various blade combustion sections (32w) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the existing compressor (20Y) with the condensate of all the moving blade water turbines and various ships.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) to make various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the existing compressor (20Y) with alcohol cold (52e) to form various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the exhaust of all bucket moving water turbines (8b) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the exhaust of all bucket moving water turbines (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines having an all-blade combustion section (32w) that cools exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) and various ships.   Various energy conservation cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy conservation compressor (20X) with the condensate of a full bucket water turbine and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with condensate of all the blade water turbines and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) for cooling an existing compressor (20Y) with water cooling heat (52e) and various ships.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the all-blade propeller water turbine (8b) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the whole bucket blade water turbine (8b) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines with a turbine blade cross-section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various ships .   Various energy conservation cycle coalescence engines with various blades equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the vertical blade dynamic turbine (8B) with alcohol cold (52e) .   Various energy storage cycle coalescing engines with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) and various ships.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and that are various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ships.   Various energy storage cycle coalescence engines with various types of ships including a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e).   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and various energy storage cycle coalescing engines with various bucket combustors (32x) .   Combined with various types of energy storage cycles, including a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e). organ.   Mercury exhaust inspection room (1A) that cools exhaust from vertical all-blade water turbine (8B) with alcohol cold (52e). organ.   Various types of ships including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various types of ships with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles for various ships including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with alcohol cold (52e) Combined organization.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32x), and various types of energy for various ships. Conservation cycle coalescence organization.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) Whole blade combustion section (32x) for cooling existing compressor (20Y) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Whole blade combustion section (32x) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various ships Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) to make various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and various ships.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and various ships.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and a variety of energy conservation cycle coalescence engines with various bucket combustors (32y). .   Combined with various types of energy conservation cycles, including a mercury exhaust inspection chamber (1A), a full blade combustion section (32y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), and various ships. organ.   Combined with various types of energy storage cycles, including a mercury exhaust inspection room (1A) with a full blade combustion section (32y) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e). organ.   Various types of ships including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling an energy storage compressor (20X) with condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various ships. Combined organization.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various types of energy for various ships. Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined with various types of energy conservation cycle organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e) Various types of energy conservation cycle merged into various ships organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) to make various ships Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) with a turbine blade cross section (4X) and various airplanes.   Various energy storage cycle coalescing engines having various types of airplanes, including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including various types of airplanes including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and various aircraft.   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and various aircraft.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescence engines with various types of airplanes equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescence engines with various types of airplanes equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) .   Energy storage compressor (20X) equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the energy conservation compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy conservation compressor (20X) with alcohol cold (52e) organ.   Various compressors (20Y) with turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling with condensate of all rotor blade water turbines to save various energy as various airplanes Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion unit (31t) for cooling existing compressor (20Y) with alcohol cold (52e) .   A variety of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to make various airplanes Various energy conservation cycle coalescence engine.   A variety of airplanes are provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e). Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and various airplanes.   Various energy conservation cycle coalescing engines having various types of airplanes, including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all the rotor blade water turbines.   Various energy storage cycle coalescence engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and various aircrafts.   Various energy storage cycle coalescence engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and various aircraft.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescence engines with various types of airplanes equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) .   Combined engine with various energy conservation cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling exhaust of a vertical type moving blade water turbine (8B) with alcohol cold (52e) and various aircrafts .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with alcohol cold (52e) organ.   Various compressors (20Y) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling with condensate of all rotor blade water turbines to save various energy Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion unit (31u) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with alcohol cold (52e) .   A variety of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   A variety of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e). Various energy conservation cycle coalescence engine.   Various airplanes are provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical type moving blade water turbine (8B) with alcohol cold (52e). Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalescing engine combustion section (31v).   Various energy storage cycle coalescing engines having various types of airplanes, including a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines having various engine types, including a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to make various airplanes.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the exhaust of the all-wheel impeller wheel turbine (8b) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) for cooling the exhaust of the all-blade bouncing water turbine (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to form various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all the moving blade water turbines and various aircraft.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines having various types of airplanes including a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines including various types of airplanes including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various types of airplanes having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine water turbine (8b) with water cooling heat (52e) to form various aircraft.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of vertical bladed water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various aircraft.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31w) and various airplanes.   Various energy storage cycle coalescing engines having various types of airplanes including a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having various types of airplanes including a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a combined engine combustion section (31w) that cools the energy storage compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and various airplanes.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to make various airplanes.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the exhaust of all rotor blade bouncing water turbines (8b) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various aircrafts.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various types of airplanes including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all the blade water turbines.   Various energy storage cycle coalescing engines including various types of airplanes including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and various aircrafts.   Various energy storage cycle coalescing engines having various types of airplanes including a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of the all-wheel impeller water turbine (8b) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) and various aircraft.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and various airplanes.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various aircraft.   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and various airplanes.   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) and various aircraft.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various airplanes.   Combined engine with various energy conservation cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31x) for cooling exhaust of a vertical type moving blade water turbine (8B) with water-cooled heat (52e) and various airplanes .   Combined engine with various energy storage cycles, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) for cooling exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various aircraft .   Energy storage compressor (20X) equipped with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with alcohol cold (52e) organ.   Various types of energy storage including various airplanes with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools existing compressor (20Y) with condensate of all rotor blade water turbines Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion unit (31x) for cooling existing compressor (20Y) with water-cooled heat (52e) .   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion unit (31x) that cools the existing compressor (20Y) with alcohol cold (52e) .   A variety of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to make various airplanes Various energy conservation cycle coalescence engine.   A variety of airplanes are provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e). Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various airplanes.   Various energy conservation cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various aircrafts.   Various energy storage cycle coalescence engines having various types of airplanes including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various aircraft.   Various energy storage cycle coalescence engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescence engine which has a mercury exhaust inspection room (1A) coalescence engine combustion part (31y) which cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various aircrafts .   Various energy storage cycle coalescence engine with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various airplanes .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) organ.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with alcohol cold (52e) organ.   Various compressors (20Y) are cooled by the condensate of all rotor blade water turbines. Cross section of turbine blade (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31y) and various types of airplanes Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion unit (31y) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with alcohol cold (52e) .   A variety of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   A variety of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), and various airplanes Various energy conservation cycle coalescence engine.   A variety of airplanes are provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e). Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) full blade combustion section (32t) and various airplanes.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various airplanes.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various aircraft.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) for cooling an existing compressor (20Y) with alcohol cold (52e) and various airplanes.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e). .   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical type bucket blade turbine (8B) with water-cooled heat (52e) and various airplanes organ.   Combined with various types of energy storage cycles, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type water blade water turbine (8B) with alcohol cold (52e), and a full blade combustion section (32t). organ.   Various types of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various blades including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   Various types of energy for various aircraft including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools existing compressor (20Y) with water-cooled heat (52e), combined with various energy conservation cycle as various airplanes organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32t) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) to make various airplanes Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) to make various airplanes Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) full rotor blade combustion section (32u) and various aircraft.   Various energy storage cycle coalescing engines having various types of airplanes including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) all-blade combustion section (32u) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various airplanes.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and various airplanes.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e), and a variety of energy conservation cycle coalescence engines with various bucket combustion sections (32u) .   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of a vertical type all blade water turbine (8B) with water cooling heat (52e), and various airplanes organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various aircraft organ.   Various types of airplanes equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various aircraft Combined organization.   Various types of energy for various types of airplanes, including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbine Conservation cycle coalescence organization.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32u) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with alcohol cold (52e) and various types of energy storage cycles combined organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) to make various airplanes Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various airplanes Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy conservation cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32v) to make various airplanes.   Various energy storage cycle coalescing engines having various blade combustion parts (32v) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the energy storage compressor (20X) with water cooling heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various airplanes.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32v) that cool the existing compressor (20Y) with the condensate of all the moving blade water turbines to make various aircraft.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32v) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the existing compressor (20Y) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the exhaust of the all-wheel impeller wheel turbine (8b) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling exhaust gas from a vertical all blade water turbine (8B) with alcohol cold (52e) to form various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with condensate of all the blade water turbines and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) for cooling an existing compressor (20Y) with alcohol cold (52e) and various aircraft.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of the all-blade bouncing water turbine (8b) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of the whole bucket blade water turbine (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type bucket blade turbine (8B) with water cooling heat (52e) and various airplanes .   Various energy storage cycle coalescence engine with turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of vertical blade water turbine (8B) with alcohol cold (52e) and various airplanes .   Various energy conservation cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32w) and various aircraft.   Various energy storage cycle coalescing engines having various blade combustion sections (32w) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines to form various airplanes.   Various energy storage cycle coalescing engines having various blade combustion parts (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various airplanes.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32w) that cool the existing compressor (20Y) with the condensate of all moving blade water turbines, and various aircraft.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32w) for cooling an existing compressor (20Y) with alcohol cold (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the exhaust of all moving blade propeller water turbines (8b) with water-cooling heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines that have an all-blade combustion section (32w) that cools the exhaust of the vertical all-blade water turbine (8B) with water-cooling heat (52e) to form various airplanes.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various airplanes.   Various energy conservation cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) for cooling the energy conservation compressor (20X) with the condensate of the all rotor blade water turbine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various aircraft.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) for cooling an existing compressor (20Y) with alcohol cold (52e) and various aircraft.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the all-wheel impeller water turbine (8b) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the whole bucket blade water turbine (8b) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engine with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescence engine with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) and various airplanes .   Various energy storage cycle coalescing engines that have turbine blade cross section (4X) and mercury exhaust inspection room (1A) all blade combustion section (32x) to make various airplanes.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) for cooling the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) for cooling an existing compressor (20Y) with alcohol cold (52e) and various airplanes.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e). .   Combined with various types of energy conservation cycles, including a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical all blade water turbine (8B) with water cooling heat (52e), and a full blade combustor (32x). organ.   Combined with various types of energy storage cycles, including a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) organ.   Various types of airplanes with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles with various blades including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various blades including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   Various types of energy for various types of aircraft including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines Conservation cycle coalescence organization.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32x) for cooling existing compressor (20Y) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32x) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) to make various airplanes Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various airplanes Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) all blade combustion section (32y) to make various airplanes.   Various energy storage cycle coalescing engines having various types of airplanes, including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various airplanes.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various aircraft.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling the existing compressor (20Y) with water-cooled heat (52e) and various airplanes.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e) and that are various airplanes.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e), and a variety of energy storage cycle coalescence engines with various bucket combustion sections (32y) .   Combined with various types of energy conservation cycle, equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e) organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and various airplanes organ.   Various types of airplanes with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various aircraft. Combined organization.   Various types of energy for various types of aircraft including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the existing compressor (20Y) with condensate of all blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined with various types of energy storage cycle organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) to make various airplanes Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various airplanes Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) having a turbine blade cross section (4X) and various automobiles.   Various energy conservation cycle coalescing engines having various types of automobiles, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines having various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines including various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various automobiles.   Various energy storage cycle coalescing engines that are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various automobiles.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and various automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various automobiles .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various automobiles .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the energy storage compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31t) for cooling energy conservation compressor (20X) with alcohol cold (52e) organ.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools an existing compressor (20Y) with the condensate of a full-blade water turbine, and saves various energy in various automobiles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) makes various automobiles. Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) makes various automobiles. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines, which have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and are various automobiles.   Various energy conservation cycle coalescing engines having various types of automobiles, including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines having various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines including various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and made into various vehicles.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and are various automobiles.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) and various automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various automobiles.   Various energy storage cycle coalescence engines with various types of automobiles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical type blade turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescence engines with various types of automobiles equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy conservation compressor (20X) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy conservation compressor (20X) with alcohol cold (52e) organ.   Various compressors (20Y) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling with condensate of all rotor blade water turbines to save various energy as various automobiles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to provide various automobiles. Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical type rotor blade water turbine (8B) with alcohol cold (52e) to provide various automobiles. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having various blades (4X) and a coalescing engine combustion section (31v) and various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the energy storage compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the energy storage compressor (20X) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the energy storage compressor (20X) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the existing compressor (20Y) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including various engine combustion units (31v) that cool the existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having various engine combustion units (31v) that cool the exhaust of all rotor blade bouncing water turbines (8b) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines having various engine combustion units (31v) that cool the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various engine combustion parts (31v) that cool the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various engine combustion parts (31v) having a coalescing engine combustion section (31v) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e).   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine.   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with condensate of a full blade water turbine.   Various energy storage cycle coalescence engines having various turbines (4X) coalescence engine combustion section (31v) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the all-blade bouncing vehicle water turbine (8b) with water cooling heat (52e) and various automobiles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold heat (52e) and various automobiles.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to make various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31w) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines to form various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31w) that cool the energy storage compressor (20X) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31w) that cool the existing compressor (20Y) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various engine combustion units (31w) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines including various engine combustion units (31w) that cool the existing compressor (20Y) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various engine combustion units (31w) that cool the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various engine combustion parts (31w) for cooling the exhaust of all blade impeller water turbines (8b) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various engine combustion parts (31w) that cool the exhaust of the vertical all blade water turbine (8B) with water-cooling heat (52e) to make various automobiles.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) to form various automobiles.   Various energy storage cycle coalescence engines having various turbines (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine.   Various energy storage cycle coalescence engines having various turbines (4X) coalescence engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of the all-blade propulsion vehicle water turbine (8b) with water cooling heat (52e) and various automobiles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust gas from a turbine blade turbine (8b) with alcohol cold heat (52e) and various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical rotor blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) and various automobiles.   Various energy storage cycle coalescing engines with various types of automobiles including turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion section (31x).   Various energy conservation cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy conservation compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and various automobiles.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and are various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all-blade water turbine (8B) with water cooling heat (52e) and various automobiles .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various automobiles .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion part (31x) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy conservation compressor (20X) with alcohol cold (52e) organ.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X), a mercury exhaust inspection room (1A), a combined engine combustion section (31x), and various types of energy storage for various automobiles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31x) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e) makes various automobiles. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to provide various automobiles Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines, which have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and are various automobiles.   Various energy conservation cycle coalescing engines having various types of automobiles, including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various types of automobiles having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescence engines including various types of automobiles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various automobiles.   Various energy storage cycle coalescing engines that are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various automobiles.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) and various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various automobiles.   Various energy storage cycle coalescence engines equipped with various types of automobiles, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with water cooling heat (52e) .   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various automobiles .   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling with condensate of all rotor blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy conservation compressor (20X) with alcohol cold (52e) organ.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and a variety of energy storage for various automobiles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water cooling heat (52e) .   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with alcohol cold (52e) .   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all rotor blades turbine water turbine (8b) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the exhaust of the vertical all-blade water turbine (8B) with water cooling heat (52e) to provide various automobiles. Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the exhaust of a vertical type bucket blade water turbine (8B) with alcohol cold (52e) to provide various automobiles. Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a full blade combustion section (32t) to make various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, and that are various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold heat (52e) and made into various automobiles.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e), and a variety of energy conservation cycle coalescence engines with various rotor combustion parts (32t) and various automobiles .   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water cooling heat (52e). organ.   Combined with various energy storage cycles for various automobiles with a mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical type blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) organ.   Various types of automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various energy sources for various automobiles Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32t) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined with various energy storage cycles for various automobiles organ.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) Whole blade combustion section (32t) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy storage cycles for various automobiles organ.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from water turbine (8b) with water cooling heat (52e) to make various automobiles Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) to make various automobiles Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines, which have a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32u) to make various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and various vehicles.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various types of automobiles including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and made into various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various automobiles.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) by water cooling heat (52e) (1A) Combined engine with various energy storage cycles including all rotor blade combustion section (32u) and various automobiles .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e), and a variety of energy storage cycle coalescence engines with various bucket combustion sections (32u) .   Combined with various energy conservation cycles, including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water cooling heat (52e). organ.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) and various automobiles organ.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) for cooling the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various energy sources for various automobiles Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32u) for cooling existing compressor (20Y) with water cooling heat (52e) Combined with various energy storage cycles for various automobiles organ.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32u) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy conservation cycles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools exhaust of water turbine (8b) with water cooling heat (52e) to make various automobiles Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full rotor blade combustion section (32u) for cooling exhaust air of all rotor blade bouncing water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32V) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling the energy storage compressor (20X) with the condensate of all the moving blade water turbines to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32V) that cool the existing compressor (20Y) with the condensate of all the moving blade water turbines to make various automobiles.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32V) that cool the existing compressor (20Y) with water-cooled heat (52e) to make various automobiles.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32V) that cool the existing compressor (20Y) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling the exhaust of all moving blade bouncing water turbines (8b) with water cooling heat (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling the exhaust of all bucket moving water turbines (8b) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32V) for cooling exhaust gas of a vertical all blade water turbine (8B) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines including various turbine blade cross section (4X) full blade combustion section (32V) for cooling the energy storage compressor (20X) with condensate of all blade water turbines.   Various energy storage cycle coalescing engines including various turbine blade cross sections (4X) and full blade combustion parts (32V) that cool the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including various turbine blade cross sections (4X) full rotor blade combustion section (32V) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescence engines with various turbines (4X) full blade combustion section (32V) that cools the existing compressor (20Y) with the condensate of the full blade water turbine and various automobiles.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) full rotor blade combustion section (32V) that cools an existing compressor (20Y) with water-cooled heat (52e) to make various automobiles.   Various energy storage cycle coalescence engines with various turbines (4X) full blade combustion section (32V) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various automobiles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32V) that cools the exhaust of a water turbine (8b) with a water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32V) that cools the exhaust of all bucket blade turbine water turbine (8b) with alcohol cold (52e) and various vehicles.   Various energy storage cycle coalescing engine with turbine blade cross section (4X) full blade combustion section (32V) which cools exhaust of vertical type blade water turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescing engine with turbine blade cross section (4X) full blade combustion section (32V) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) .   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a full blade combustion section (32W) to make various automobiles.   Various energy storage cycle coalescing engines having various blade combustion parts (32W) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines to form various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32W) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32W) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32W) that cool the existing compressor (20Y) with the condensate of all the moving blade water turbines to make various automobiles.   Various energy storage cycle coalescing engines with various moving blade combustion sections (32W) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32W) that cool the existing compressor (20Y) with alcohol cold (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32W) for cooling the exhaust of all bucket moving vehicle water turbines (8b) with water cooling heat (52e) to make various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32W) for cooling exhaust gas from the turbine moving turbine water turbine (8b) with alcohol cold heat (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32W) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various automobiles.   Various energy storage cycle coalescence engines having various moving blade combustion sections (32W) for cooling exhaust gas of a vertical all blade water turbine (8B) with alcohol cold (52e) to form various automobiles.   Various energy storage cycle coalescing engines having various turbine blade cross sections (4X) full blade combustion section (32W) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines.   Various energy storage cycle coalescing engines having various turbines (4X) full blade combustion section (32W) for cooling the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including various turbine blade cross sections (4X) full blade combustion parts (32W) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines that have turbine blade cross section (4X) full blade combustion section (32W) that cools existing compressor (20Y) with condensate of all blade water turbines and that are various automobiles.   Various energy storage cycle coalescing engines which are equipped with turbine blade cross section (4X) all blade combustion section (32W) that cools existing compressor (20Y) with water-cooled heat (52e) and made into various automobiles.   Various energy storage cycle coalescing engines having various turbines (4X) all-blade combustion section (32W) for cooling existing compressor (20Y) with alcohol cold (52e) and various automobiles.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32W) that cools the exhaust of the all-blade bouncing vehicle water turbine (8b) with water-cooled heat (52e) and various automobiles.   Various energy storage cycle coalescence engine which has a turbine blade cross section (4X) full blade combustion section (32W) which cools the exhaust of all bucket blade water turbine (8b) with alcohol cold heat (52e) and made various vehicles.   Various energy storage cycle coalescing engine with turbine blade cross section (4X) full blade combustion section (32W) that cools exhaust of vertical type bucket blade turbine (8B) with water cooling heat (52e) .   Various energy storage cycle coalescing engine with turbine blade cross section (4X) full blade combustion section (32W) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) .   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a full blade combustion section (32X) to make various automobiles.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all blade combustion section (32X) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and that are various automobiles.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) all-blade combustion section (32X) that cools the energy storage compressor (20X) with water-cooled heat (52e) and various vehicles.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32X) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32X) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various vehicles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32X) that cools the existing compressor (20Y) with water-cooled heat (52e) and made into various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32X) for cooling an existing compressor (20Y) with alcohol cold (52e) and various automobiles.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold heat (52e) (1A) Combined engine with various energy storage cycles including all rotor blade combustion section (32X) .   Combined with various energy conservation cycles, including a mercury exhaust inspection chamber (1A) full blade combustion section (32X) that cools the exhaust of a vertical type blade turbine (8B) with water-cooled heat (52e) and various automobiles organ.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) full blade combustion section (32X) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e), and various automobiles organ.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32X) that cools the energy storage compressor (20X) with the condensate of the full blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32X) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32X) for cooling the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   Various types of energy for various automobiles with a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32X) that cools the existing compressor (20Y) with the condensate of all blade water turbines Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32X) for cooling existing compressor (20Y) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Whole blade combustion section (32X) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy storage cycles for various automobiles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32X) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32X) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to make various automobiles Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32X) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32X) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32Y) to make various automobiles.   Various energy storage cycle coalescing engines including various types of automobiles including a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32Y) that cools the energy storage compressor (20X) with the condensate of the entire blade water turbine.   Various energy storage cycle coalescing engines having various types of automobiles including a mercury exhaust inspection chamber (1A) all blade combustion section (32Y) that cools the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having various types of automobiles including a mercury exhaust inspection chamber (1A) all blade combustion section (32Y) that cools the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalescing engines, which are equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32Y) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, and are various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32Y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32Y) that cools an existing compressor (20Y) with alcohol cold (52e) and made into various automobiles.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). .   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e), and a variety of energy conservation cycle coalescence engines with various bucket combustion sections (32Y) and various automobiles .   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all-blade combustion section (32Y) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e). organ.   Combined with various energy conservation cycles, including a mercury exhaust inspection chamber (1A) all-blade combustion section (32Y) that cools exhaust from the vertical all-blade water turbine (8B) with alcohol cold (52e) and various automobiles organ.   Various types of automobiles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32Y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32Y) for cooling the energy storage compressor (20X) with water cooling heat (52e) Combined organization.   Various energy storage cycles for various automobiles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32Y) for cooling the energy storage compressor (20X) with alcohol cold (52e) Combined organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32Y) that cools the existing compressor (20Y) with the condensate of all blade water turbines and various energy sources for various automobiles Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32Y) for cooling existing compressor (20Y) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32Y) for cooling existing compressor (20Y) with alcohol cold (52e) Combined with various energy conservation cycles for various automobiles organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32Y) that cools exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32Y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) to make various automobiles Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32Y) that cools exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32Y) for cooling exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines, which are equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) having a turbine blade cross section (4X) and used as various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and made into various battery-powered vehicles .   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-powered vehicles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescing engines that are equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and that are used as various battery-powered automobiles.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and used as a battery-powered vehicle organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e) and used as a storage battery-powered vehicle organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e), and various battery-powered automobiles Combined organization.   Various energy conservation cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools exhaust from a vertical all-blade water turbine (8B) with alcohol cold (52e), and various battery-powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various battery-powered vehicles Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water cooling heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) and various battery storage drive various automobiles Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31t) and various battery storage drive various automobiles Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all blade blade water turbines, and a variety of vehicles driven by storage batteries Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with alcohol cold (52e), and various battery-powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of vertical type rotor blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescing engine combustion section (31u) as various battery-powered automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-powered vehicles .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-powered vehicles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and made into various types of automobiles driven by storage batteries.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various battery-driven automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-powered vehicles.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with alcohol cold (52e) and used as various battery-powered automobiles.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e) and used as storage battery-powered vehicles organ.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as a storage battery-powered vehicle organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various battery-powered vehicles Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and various storage battery powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various battery-powered vehicles Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion part (31u) and various energy storage as storage battery driven various vehicles Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion part (31u) and various energy storage as storage battery powered various vehicles Cycle coalescence engine.   Various types of automobiles with storage battery-powered vehicles equipped with a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine Energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water-cooled heat (52e), and various energy storage cycles for various battery-powered vehicles Combined organization.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with alcohol cold (52e), and various energy storage cycles for various battery-powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling exhaust of vertical type rotor blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31u), and various battery-powered vehicles Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31v) to be used as various battery-powered automobiles.   Various energy storage cycle coalescing engines having various engine combustion units (31v) that cool the energy storage compressor (20X) with the condensate of all rotor blade water turbines and that are battery-powered vehicles.   Various energy storage cycle coalescing engines including a combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various battery-driven automobiles.   Various energy storage cycle coalescing engines including a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various battery-powered vehicles.   Various energy storage cycle coalescence engines equipped with a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as various battery-driven automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various battery-driven automobiles.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) for cooling the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) to form various battery-driven automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) for cooling the exhaust of all bucket impeller water turbines (8b) with alcohol cold heat (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) that cools exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all the rotor blade water turbines and used as storage battery-powered vehicles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as a battery-powered vehicle.   Various energy storage cycle coalescence engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various battery-driven automobiles.   Various energy storage cycle coalescing engines that are equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and are used as various battery-powered automobiles.   Various energy storage cycle coalescing engines that are equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as storage battery-driven automobiles.   Combined engine with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31v) for cooling exhaust gas from a turbine blade turbine (8b) with water-cooled heat (52e) and various battery-powered vehicles .   Various energy storage cycle coalescence engine equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as a battery-powered vehicle .   Combined with various energy conservation cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling exhaust gas of a vertical all blade water turbine (8B) with water-cooled heat (52e), and various battery-powered automobiles organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e), and a battery-powered vehicle organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to form various battery-driven automobiles.   Various energy storage cycle coalescing engines including a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as various battery-powered automobiles.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various battery-driven automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescence engines equipped with a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines to form various battery-driven automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various battery-driven automobiles.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to form various battery-powered automobiles.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) to form various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of the vertical all-blade water turbine (8B) with water cooling heat (52e) and used as various battery-powered automobiles.   Various energy conservation cycle coalescence engine which is equipped with a coalescence engine combustion part (31w) which cools the exhaust of a vertical type moving blade water turbine (8B) with alcohol cold heat (52e) and is used in various automobiles driven by storage batteries.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine and used as a battery-powered vehicle.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-driven automobiles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form a battery-powered vehicle.   Various energy conservation cycle coalescence engines which are equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines, and is made into various battery-driven automobiles.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven automobiles.   Various energy conservation cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the all-wheel impeller wheel turbine (8b) with water-cooled heat (52e) and used as various battery-powered vehicles .   Various energy storage cycle coalescence engine equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and used as storage battery-powered vehicles .   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical type bucket blade water turbine (8B) with water cooling heat (52e) and used as various battery-powered vehicles organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), and used as a battery-powered vehicle organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and are used as various battery-powered automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion part (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-powered vehicles .   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and made into various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as storage battery-powered vehicles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various battery-powered automobiles.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of all rotor blade water turbine water turbine (8b) with water-cooled heat (52e) and various storage battery-driven vehicles organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold heat (52e) and used as a storage battery-powered vehicle organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e), and various storage battery-driven automobiles Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various battery-powered vehicles Combined organization.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to provide various battery-powered vehicles Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) and storage battery-driven various vehicles Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31x) and storage battery drive various automobiles various energy storage Cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full rotor blade water turbine. Energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined organization.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with alcohol cold (52e), and various energy storage cycles for various battery-powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescing engine combustion section (31y) to form various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-powered vehicles .   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and made into various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various battery-powered automobiles.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various battery-powered automobiles.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as a storage battery-powered vehicle organ.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling exhaust air from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various battery-powered vehicles organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various battery-powered vehicles Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling exhaust from a vertical all blade water turbine (8B) with alcohol cold heat (52e) and various battery-powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various battery-powered vehicles Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various energy storage as storage battery driven various vehicles Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31y) and storage battery driven various vehicles Cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with alcohol cold (52e), and various energy storage cycles for various battery-powered vehicles Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling exhaust air of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools the exhaust of a vertical rotor blade water turbine (8B) with alcohol cold (52e), a mercury exhaust inspection room (1A), a combined engine combustion section (31y), and various battery-powered vehicles Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various battery-powered automobiles.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and made into various battery-powered vehicles organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and made into various battery-powered vehicles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-powered vehicles.   Mercury exhaust inspection room (1A) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines (1A) All rotor blade combustion section (32t), and various energy storage cycle coalescing engines for various battery-powered vehicles .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools an existing compressor (20Y) with water-cooled heat (52e) and made into various battery-driven automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various battery-driven automobiles.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all-blade impeller water turbine (8b) with water-cooled heat (52e). Various energy storage cycles including all-blade combustion section (32t) and battery-powered vehicles. Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold heat (52e), and various energy storage cycles for various battery-powered vehicles equipped with all blade combustion section (32t) Combined organization.   Various types of energy storage including a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from a vertical all blade water turbine (8B) with water-cooled heat (52e), and various battery-powered vehicles Cycle coalescence engine.   Various types of energy storage including a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and storage battery powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbine Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling with water-cooled heat (52e), and various energy for various battery-powered vehicles Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e). The turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blades combustion section (32t) and various energy for various battery-powered vehicles. Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full rotor blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines to form various battery-powered vehicles Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32t) for cooling existing compressor (20Y) with water-cooled heat (52e) Various storage of energy for various battery-powered vehicles Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) that cools an existing compressor (20Y) with alcohol cold (52e), and a full-blade combustion section (32t), which can be used as storage battery-powered vehicles. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full rotor blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various battery-powered automobiles.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and made into various battery-powered vehicles organ.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are used as storage battery-powered vehicles.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e), and that are made into various battery-driven vehicles.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines (1A) All energy storage cycle coalescing engines with various rotor blade combustion parts (32u) and various battery-powered vehicles .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various battery-driven automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various battery-driven automobiles.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor bladed turbine water turbine (8b) with water-cooled heat (52e). Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and various energy storage cycles including all bucket combustion section (32u) and various battery-powered vehicles Combined organization.   Various types of energy storage including a mercury exhaust inspection room (1A) all rotor blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and various battery-powered vehicles Cycle coalescence engine.   Various types of energy storage including a mercury exhaust inspection room (1A) full rotor blade combustion section (32u) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and storage battery powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbine Various energy conservation cycle coalescence engine.   The energy storage compressor (20X) is cooled by water-cooled heat (52e). The turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blades combustion section (32u) and various energy sources for various battery-powered vehicles. Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e). The turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blades combustion part (32u) and various types of energy for various battery-powered vehicles. Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbines, and made various battery-driven vehicles Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32u) that cools existing compressor (20Y) with water-cooled heat (52e) Various storage of energy for various battery-powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32u) that cools existing compressor (20Y) with alcohol cold (52e) Various storage of energy as storage battery powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of vertical type blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a full blade combustion section (32v) and used as a battery-powered vehicle.   Various energy storage cycle coalescing engines including various blade combustion parts (32v) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines to form various battery-powered vehicles.   Various energy storage cycle coalescing engines having various blade combustion parts (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various battery-powered vehicles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) that cools the existing compressor (20Y) with condensate of all-blade water turbines and made into various battery-driven automobiles.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) that cools existing compressor (20Y) with water-cooled heat (52e) and used as various battery-driven automobiles.   Various energy storage cycle coalescing engines equipped with all-blade combustion part (32v) that cools existing compressor (20Y) with alcohol cold (52e) and used as various battery-powered vehicles.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32v) that cools the exhaust of the all-blade spring vehicle water turbine (8b) with water-cooled heat (52e) to make various battery-driven automobiles.   Various energy storage cycle coalescing engines including all-blade combustion section (32v) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as storage battery-powered vehicles.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32v) for cooling the exhaust of the vertical all-blade water turbine (8B) with water-cooling heat (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32v) for cooling the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) to make various battery-powered automobiles.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and that are battery-powered vehicles. .   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full rotor blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as a battery-powered vehicle.   Various energy storage cycle coalescing engines which have a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e), and is used as a battery-powered vehicle.   Various energy conservation cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the existing compressor (20Y) with condensate of the all-blade water turbine, and that are used as storage battery-driven vehicles.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as a battery-powered vehicle.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all-blade combustion section (32v) for cooling an existing compressor (20Y) with alcohol cold (52e) and used as a battery-powered vehicle.   Combined with various energy conservation cycles, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as a battery-powered vehicle organ.   Combined with various energy conservation cycles, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and made into various battery-powered vehicles organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of the vertical type blade turbine (8B) with water-cooled heat (52e) and used as a battery-powered vehicle. Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e), and various battery-powered vehicles Combined organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a full blade combustion section (32w) and used as storage battery-driven vehicles.   Various energy storage cycle coalescing engines which are equipped with all blade combustion parts (32w) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines and used as various battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various battery-powered vehicles.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) for cooling the existing compressor (20Y) with the condensate of all-blade water turbines to form various battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) for cooling existing compressor (20Y) with water-cooled heat (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) that cools existing compressor (20Y) with alcohol cold (52e) to make various battery-powered automobiles.   Various energy storage cycle coalescing engines which are equipped with all blade combustion parts (32w) for cooling the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and used as various battery-powered vehicles.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various battery-powered vehicles.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling the exhaust of the vertical all-blade water turbine (8B) with water-cooling heat (52e) to form various battery-driven automobiles.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) and used as various battery-powered automobiles.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and made into various battery-powered vehicles .   Various energy storage cycle coalescing engines which are equipped with a turbine blade cross section (4X) full rotor blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and is used as a battery-powered vehicle.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as a battery-powered vehicle.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and that serve as battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) for cooling an existing compressor (20Y) with water-cooled heat (52e) and used as various battery-powered vehicles.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as a battery-powered vehicle.   Combined with various energy conservation cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as a battery-powered vehicle organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e), and a battery-powered vehicle. organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various battery-powered vehicles Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e), and a battery-powered vehicle. Combined organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) as various automobiles driven by storage batteries.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and made into various battery-powered vehicles organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as a battery-powered vehicle.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with cold alcohol (52e) and made into various battery-powered vehicles.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines (1A) All rotor blade combustion section (32x) and various energy storage cycle coalescing engines for various battery-powered vehicles .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as a battery-powered vehicle.   Various energy conservation cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various battery-driven automobiles.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Various energy storage cycles including all-blade combustion section (32x) and various battery-powered vehicles. Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e), various energy storage cycles including all rotor blade combustion section (32x) and various battery powered vehicles Combined organization.   Mercury exhaust inspection room (1A) that cools exhaust of vertical type blade turbine (8B) with water-cooled heat (52e), and storage of energy for various battery-powered vehicles equipped with all blade combustion section (32x) Cycle coalescence engine.   Mercury exhaust inspection chamber (1A) that cools exhaust from vertical all-blade water turbine (8B) with alcohol cold (52e), all-blade combustion part (32x), and various energy storage as various battery-powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbine Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) All blade combustion part (32x) and various types of energy for various battery-powered vehicles Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion part (32x) and various energy for various battery powered vehicles Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with condensate of all blade water turbines, and various battery-driven vehicles Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools existing compressor (20Y) with water-cooled heat (52e) and storage battery-powered various vehicles Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) that cools an existing compressor (20Y) with alcohol cold (52e), and a full blade combustion section (32x), which can be used as a storage battery-powered vehicle. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full rotor blade combustion section (32x) for cooling exhaust gas of all-rotor impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) to form various battery-powered automobiles.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and made into various battery-powered vehicles organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven various vehicles.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as a battery-powered vehicle.   Mercury exhaust inspection room (1A) that cools existing compressor (20Y) with condensate of all rotor blade water turbine (1A) All rotor blade combustion section (32y) and various energy storage cycle coalescing engines for various battery-powered vehicles .   Various energy conservation cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) and made into various battery-powered automobiles.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e) and made into various battery-powered automobiles.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor bladed turbine water turbine (8b) with water-cooled heat (52e), and various energy storage cycles for various motor vehicles driven by storage blades (32y) Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold heat (52e), and various energy storage cycles including all bucket blade combustion section (32y) and various battery powered vehicles Combined organization.   Various types of energy storage as a storage battery-powered vehicle equipped with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) (1A) all blade combustion section (32y) Cycle coalescence engine.   Various types of energy storage including a mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and storage battery powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbine Various energy conservation cycle coalescence engine.   The energy storage compressor (20X) is cooled by water-cooled heat (52e). The turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blades combustion part (32y) and various types of energy for various battery-powered vehicles. Conservation cycle coalescence organization.   Energy storage compressor (20X) turbine blade cross-section (4X) mercury exhaust inspection room (1A) with all-blade combustion section (32y) for cooling with alcohol cold (52e) Various energy for various battery-powered vehicles Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools existing compressor (20Y) with condensate of all blade water turbines to provide various battery-powered vehicles Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with water-cooled heat (52e), and storage of various energy sources for various battery-powered vehicles Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e), and various energy storage as various battery-powered vehicles Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Various battery-powered vehicles equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and various electric devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various electric devices.   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescence engines equipped with various types of electrical equipment including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalesced engines equipped with a mercury exhaust inspection room (1A) coalesced engine combustion unit (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electric devices.   Combined engine with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) for cooling the exhaust of all rotor bladed turbine water turbine (8b) with water cooling heat (52e) .   Various energy storage cycle coalescence engine equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various electric equipment .   Combined with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) organ.   Combined with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) organ.   Various types of electrical equipment including a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various electrical equipment. Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various electrical equipment. Combined organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of a full-blade water turbine Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water-cooled heat (52e) and various electric energy storage cycle coalescence organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31t) for cooling existing compressor (20Y) with alcohol cold (52e) organ.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) to provide various electrical equipment. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) to provide various electrical equipment. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e), Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having various blades (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and various electric devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various electric devices.   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and used as various electric devices.   Various energy storage cycle coalescence engines equipped with various types of electrical equipment including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water cooling heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electric devices.   Combined engine with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling the exhaust of all rotor bladed turbine water turbine (8b) with water cooling heat (52e). .   Various energy storage cycle coalescence engine equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various electric equipment .   Combined with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of the vertical type moving blade water turbine (8B) with water cooling heat (52e). organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), and various electric appliances organ.   Various types of electrical equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various electrical equipment. Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various electric equipment. Combined organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools an existing compressor (20Y) with the condensate of a full-blade water turbine Conservation cycle coalescence organization.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water-cooled heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31u) for cooling existing compressor (20Y) with alcohol cold (52e) organ.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) is used as various electrical equipment. Various energy conservation cycle coalescence engine.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) is used as various electrical equipment. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31u) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31v) to make various electric devices.   Various energy storage cycle coalescing engines including various engine equipment including a coalescence engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines including various engine equipment including a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold (52e) to form various electrical devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and used as various electric devices.   Various energy storage cycle coalescing engines having various engine equipment including a coalescence engine combustion section (31v) for cooling the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines that include a coalesced engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various electric devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) for cooling the exhaust of all bucket blade water turbines (8b) with alcohol cold heat (52e) and various electric devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various electric devices.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all the moving blade water turbines.   Various energy storage cycle coalescing engines including various blades (4X) coalescence engine combustion section (31v) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines having various blades (4X) coalescence engine combustion section (31v) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescence engines having various blades (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and various electric devices.   Various energy storage cycle coalescing engines which have a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and which are various electric devices.   Various energy storage cycle coalescing engines having various blades (4X) coalescence engine combustion section (31v) for cooling the existing compressor (20Y) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the exhaust of the all-blade propulsion wheel water turbine (8b) with water cooling heat (52e) and various electric devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various electric equipment.   Various energy storage cycle coalescing engine having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the vertical type moving blade water turbine (8B) with water cooling heat (52e). .   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalesced engine combustion section (31v) that cools the exhaust of a vertical type moving blade water turbine (8B) with alcohol cold (52e). .   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to make various electric devices.   Various energy storage cycle coalescing engines including various engine equipment including a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines having various engine equipment including a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines including various engine equipment including a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various electric devices.   Various energy storage cycle coalescing engines having various engine equipment including a coalescence engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having various engine equipment including a coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines including a coalesced engine combustion section (31w) for cooling exhaust gas from the all-wheel impeller water turbine (8b) with alcohol cold heat (52e) and various electric devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) to make various electric devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all the moving blade water turbines and various electric devices.   Various energy storage cycle coalescence engines having various turbine parts (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines having various blades (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with condensate of all rotor blade water turbines and various electric devices.   Various energy storage cycle coalescing engines which have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and which are various electric devices.   Various energy storage cycle coalescing engines which have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various electric appliances.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the all-wheel impeller water turbine (8b) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust gas from a turbine blade turbine (8b) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e). .   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical type moving blade water turbine (8B) with alcohol cold (52e) and various electric devices .   Various energy storage cycle coalescing engines having various blades (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and various electric devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various electric equipment.   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various electric devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electric devices.   Various energy storage cycle coalescence engine equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various electric equipment .   Various energy storage cycle coalescence engine with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various electric equipment .   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e), and various electric equipment organ.   Combined with various energy storage cycles equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) organ.   Various types of electrical equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various electrical equipment. Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various electrical equipment. Combined organization.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31x), and various energy sources for various electrical equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with water cooling heat (52e) organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31x) for cooling existing compressor (20Y) with alcohol cold (52e) organ.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) makes various electrical equipments Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) to provide various electrical equipment Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e), Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having various blades (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and various electric devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various electric devices.   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescence engines having various types of electrical equipment including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with cold alcohol (52e).   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with various types of electrical equipment including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electric devices.   Various energy storage cycle coalescence engine equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various electric equipment .   Various energy storage cycle coalescence engine equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various electric equipment .   Combined with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling the exhaust of a vertical type rotor blade water turbine (8B) with water cooling heat (52e). organ.   Combined with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) organ.   Various types of electrical equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various electrical equipment. Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various electrical equipment. Combined organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools an existing compressor (20Y) with the condensate of a full-blade water turbine Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water-cooled heat (52e) and various electric energy storage cycle coalescence organ.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with alcohol cold (52e) Various electric energy storage cycle coalescence with various electrical equipment organ.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) to provide various electrical equipments Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) to provide various electrical equipment Various energy conservation cycle coalescence engine.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), Various energy conservation cycle coalescence engine.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical type moving blade water turbine (8B) with alcohol cold (52e), Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32t) to make various electrical equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of the all blade blade turbine .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) and that serve as various electrical equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various electrical equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Combined with various energy storage cycles with various bucket combustion sections (32t). organ.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e). organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32t) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e). Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbines to make various electrical equipment Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Whole blade combustion part (32t) and various types of electrical energy storage Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t), and various energy storage Cycle coalescence engine.   Various types of electrical equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various turbine blade sections (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with water-cooled heat (52e). Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the existing compressor (20Y) with alcohol cold (52e) and various electric equipment Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e). Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32u) to make various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines. .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electrical equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e). organ.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold heat (52e), combined with various energy storage cycles including all blade combustion section (32u) organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32u) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade blade water turbines to make various electrical equipment Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) and various electrical energy storage Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion part (32u) and various energy storage Cycle coalescence engine.   Various types of electrical equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with water-cooled heat (52e) and various electrical equipment. Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling the existing compressor (20Y) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e). Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a full blade combustion section (32v) to make various electrical equipment.   Various energy storage cycle coalesced engines having various blade combustion sections (32v) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines and various electric devices.   Various energy storage cycle coalescing engines having various blade combustion parts (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various electrical devices.   Various energy storage cycle coalescing engines having various rotor blade combustion sections (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various electrical devices.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines to make various electrical equipment.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various electric devices.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the existing compressor (20Y) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32v) for cooling the exhaust of all rotor blade propeller water turbines (8b) with water cooling heat (52e) and used as various electric devices.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32v) that cool exhaust gas from the turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to make various electrical devices.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various electric devices.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various electric devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine.   Various energy storage cycle coalescing engines having various blades (4X) whole blade combustion section (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and various electrical equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) full blade combustion section (32v) that cools the existing compressor (20Y) with condensate of a full blade water turbine, and that are various electrical equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various electrical equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and various electrical equipment.   Various energy storage cycle coalescence engine with turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust from water turbine (8b) with water cooling heat (52e) .   Various energy storage cycle coalescence engine with turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various electrical equipment .   Combined with various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade turbine (8B) with water cooling heat (52e) organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of the vertical blade dynamic turbine water turbine (8B) with alcohol cold (52e). organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a full blade combustion section (32w) to make various electrical equipment.   Various energy storage cycle coalescing engines having various blade combustion parts (32w) for cooling the energy storage compressor (20X) with the condensate of all blade blade water turbines and various electric devices.   Various energy storage cycle coalescing engines having various rotor blade combustion sections (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various electric devices.   Various energy storage cycle coalescing engines having various blade combustion parts (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various electric devices.   Various energy storage cycle coalescence engines equipped with all rotor blade combustion sections (32w) for cooling the existing compressor (20Y) with the condensate of all the rotor blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) for cooling the existing compressor (20Y) with water-cooled heat (52e) to make various electrical equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) for cooling the existing compressor (20Y) with alcohol cold (52e) and used as various electric devices.   Various energy storage cycle coalescence engine which has all rotor blade combustion part (32w) which cools the exhaust of all rotor blade impeller water turbine (8b) with water cooling heat (52e) and made into various electric equipment.   Various energy storage cycle coalescence engine which has all rotor blade combustion part (32w) which cools the exhaust of all rotor blade impeller water turbine (8b) with alcohol cold (52e), and made into various electric equipment.   Various energy storage cycle coalescing engines that have all rotor blade combustion sections (32w) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various electrical devices.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and that are various electrical equipment.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and various electric devices.   Various energy storage cycle coalescing engines having various blades (4X) whole blade combustion section (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various electric devices.   Various energy storage cycle coalescing engines which have a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and that are various electrical equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) full blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the full blade water turbine and that are various electrical equipment.   Various energy storage cycle coalescing engines having various blades (4X) all blade combustion section (32w) for cooling existing compressor (20Y) with water-cooled heat (52e) and various electrical equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and various electrical equipment.   Various energy storage cycle coalescing engine with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of water turbine (8b) with water cooling heat (52e) .   Various energy storage cycle coalescence engine with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) .   Combined with various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the vertical type blade turbine (8B) with water cooling heat (52e). organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type bucket blade water turbine (8B) with alcohol cold (52e). organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) to make various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine. .   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various electric devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various electrical equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). organ.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold heat (52e), combined with various energy storage cycles including all blade combustion section (32x) organ.   Various energy storage cycles with various types of electrical equipment including a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines to make various electrical equipment Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water cooling heat (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) and various electrical energy storage Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x), and various energy storage Cycle coalescence engine.   Various electric appliances equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the full blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with water-cooled heat (52e) and various electrical equipment Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling an existing compressor (20Y) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full rotor blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32y) to make various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines. .   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various electrical equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electrical equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Combined with various energy storage cycles with various blade combustion section (32y). organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various electrical equipment. organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various electric equipments Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32y) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines to provide various electrical equipment. Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Whole blade combustion part (32y) and various types of electrical energy storage Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32y) and various types of electrical energy storage Cycle coalescence engine.   Various types of electrical equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with water-cooled heat (52e) and various electrical equipment. Combined organization.   Various energy storage cycles including various blades (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e) and various electrical equipment. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and used as a storage battery-driven device organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of the turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as a storage battery-driven device organ.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and used as storage battery-driven devices Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various storage battery driven devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water cooling heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion part (31t) and various energy storage as storage battery driven various equipment Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31t) and various energy storage as storage battery driven various devices Cycle coalescence engine.   Various types of storage battery-driven appliances equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of a full blade water turbine Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) for cooling existing compressor (20Y) with water-cooled heat (52e) Various energy storage cycles as various storage battery-driven devices Combined organization.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with alcohol cold (52e), and various energy storage cycles as various battery-driven devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescing engine combustion unit (31u) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various storage battery driven devices.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and used as a storage battery-driven device organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold heat (52e) and used as storage battery-driven devices organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various storage battery-driven devices Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to provide various storage battery driven devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e) turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalesced engine combustion section (31u) and various energy storage as storage battery-driven devices Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various energy storage as storage battery driven various equipment Cycle coalescence engine.   Various types of storage battery-driven devices equipped with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various storage battery-driven devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with alcohol cold (52e), and various storage battery driven equipment Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold heat (52e), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31u), and various battery-driven devices Various energy conservation cycle coalescing engines.   Various energy storage cycle coalesced engines equipped with turbine blade cross section (4X) and coalesced engine combustion part (31v) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines including a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various storage battery driven devices.   Various energy storage cycle coalescing engines comprising a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as storage battery-driven devices.   Various energy storage cycle coalesced engines equipped with a combined engine combustion unit (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various storage battery driven devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy conservation cycle coalescence engine comprising a coalescence engine combustion section (31v) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and used as various storage battery-driven devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines comprising a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of the all-blade water turbine, and used as storage battery-driven devices.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various storage battery-driven devices.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engine which has a turbine blade cross-section (4X) coalescence engine combustion part (31v) which cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines, and used as storage battery drive various equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and that serve as storage battery-driven devices.   Combined engine with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31v) that cools exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and used as a storage battery drive device .   Various energy storage cycle coalescence engine equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as a storage battery drive device .   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and used as a storage battery-driven device organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) combined engine combustion section (31v) that cools exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e), and a storage battery driven device organ.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) and a coalesced engine combustion part (31w) and used as various battery-driven devices.   Various energy storage cycle coalescence engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as various storage battery driven devices.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines comprising a coalescence engine combustion section (31w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various storage battery driven devices.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as storage battery-driven devices.   Various energy storage cycle coalesced engines equipped with a combined engine combustion unit (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalesced engines equipped with a combined engine combustion unit (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engine comprising a coalescence engine combustion section (31w) that cools the exhaust of the vertical type rotor blade water turbine (8B) with water cooling heat (52e) and used as various storage battery driven devices.   Various energy storage cycle coalescence engine comprising a coalescence engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as various storage battery driven devices.   Various energy storage cycle coalescing engines comprising a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine and used as storage battery-driven devices.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engine which has a turbine blade cross section (4X) coalescence engine combustion part (31w) which cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and is used as various storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and are used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Combined engine with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) for cooling the exhaust of all rotor bladed turbine water turbine (8b) with water-cooled heat (52e) and various storage battery driven devices .   Combined engine with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as a storage battery-driven device .   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) and used as a storage battery-driven device organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling exhaust gas of a vertical all blade water turbine (8B) with alcohol cold heat (52e) to form various storage battery driven devices organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and are used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various storage battery driven devices.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and used as a storage battery-driven device organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as a storage battery-driven device organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e) and various storage battery-driven devices Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices Combined organization.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines to make various storage battery-driven devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion part (31x) and various types of energy storage as storage battery-driven devices Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) and various energy storage as storage battery-driven devices Cycle coalescence engine.   Various types of storage battery-driven devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of a full blade water turbine Energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) for cooling existing compressor (20Y) with water-cooled heat (52e) Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e), and various storage battery driven devices. Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescing engine combustion section (31y) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines which are equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various storage battery driven devices.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as a storage battery-driven device organ.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold heat (52e) and used as storage battery-driven devices organ.   Various energy storage cycles comprising a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various storage battery-driven devices Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices Combined organization.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various storage battery driven devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion part (31y) and various energy storage as storage battery-driven devices Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion part (31y) and various energy storage as storage battery driven various equipment Cycle coalescence engine.   Various types of storage battery-driven devices equipped with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various storage battery-driven devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e), and various storage battery driven devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion section (32t) and used as storage battery-driven devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and used as storage battery-driven devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalesced engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and used as storage battery-driven devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Mercury exhaust inspection room (1A) that cools the exhaust of all-blade impeller water turbine (8b) with water-cooled heat (52e), and various energy storage cycles with all-blade combustion section (32t) and storage battery-driven devices Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various storage battery driven devices. Combined organization.   Various types of energy storage as a storage battery-driven device with a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical all blade water turbine (8B) with water cooling heat (52e) (1A) all blade combustion section (32t) Cycle coalescence engine.   Various types of energy storage as a storage battery-driven device with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e), turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t), and various energy used as storage battery drive devices Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e), the turbine blade cross section (4X), the mercury exhaust inspection chamber (1A), the entire blade combustion section (32t), and the various energy used as storage battery-driven devices. Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbines to provide various storage battery drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32t) that cools existing compressor (20Y) with water-cooled heat (52e) and various energy storage as storage battery-driven devices Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) that cools the existing compressor (20Y) with alcohol cold (52e), and a full blade combustion section (32t), which can be used as storage battery-powered devices. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cooling (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32u) and used as storage battery-driven devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and used as storage battery-driven devices organ.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that serve as storage battery-driven devices.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with cold alcohol (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e), and various storage battery driven devices. Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and used as storage battery driven devices. Combined organization.   Various types of energy storage as storage battery-driven devices with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage as a storage battery-driven device with a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical blade-type all-blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32u) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   The energy storage compressor (20X) is cooled by water-cooled heat (52e). The turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blades combustion section (32u) and various types of energy used as storage battery drive devices. Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled with alcohol cold (52e), the turbine blade cross section (4X), the mercury exhaust inspection chamber (1A), the entire blade combustion section (32u), and the various energy used as storage battery-driven devices. Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with condensate of all blade water turbines, and various storage battery driven equipment Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with water-cooled heat (52e), and various energy storage as storage battery-driven devices Cycle coalescence engine.   Various types of energy storage for storage battery-driven equipment with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust from all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e), and various storage battery driven devices A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with turbine blade cross section (4X) and full blade combustion section (32v) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines which have all blade combustion parts (32v) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines, and are used as storage battery-driven devices.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to make various storage battery drive devices.   Various energy storage cycle coalescing engines that have a full blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and is used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) that cools existing compressor (20Y) with condensate of all-blade blade water turbine and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) that cools existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) that cools existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engine which has all blade impeller combustion part (32v) which cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) and used as various storage battery driven devices.   Various energy storage cycle coalescing engine which has all blade combustion part (32v) which cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as various storage battery driven devices.   Various energy storage cycle coalescing engines which have all blade combustion parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and serve as storage battery driven devices.   Various energy storage cycle coalescing engines that have a full blade combustion section (32v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and that serve as storage battery-driven devices.   Various energy storage cycle coalescence engine which has a turbine blade cross section (4X) whole blade combustion part (32v) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and is used as various storage battery drive devices .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and that serve as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the existing compressor (20Y) with water-cooled heat (52e), and that serve as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as storage battery-driven devices.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as storage battery-driven devices organ.   Combined with various energy storage cycles, equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and used as storage battery drive devices organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical blade-type all blade water turbine (8B) with water cooling heat (52e), and various storage battery driven devices. Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices Combined organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a full blade combustion section (32w) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines, which have a full blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine and is used as storage battery-driven devices.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with water-cooled heat (52e) to make various battery-driven devices.   Various energy storage cycle coalescing engines that have a full blade combustion section (32w) that cools the energy storage compressor (20X) with cold alcohol (52e) to make various battery-driven devices.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) that cools the existing compressor (20Y) with condensate of all-blade blade water turbines and used as storage battery-driven devices   Various energy storage cycle coalescence engine which has all blade combustion part (32w) which cools existing compressor (20Y) with water-cooling heat (52e), and used as various storage battery drive equipment.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) for cooling existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy conservation cycle coalescence engine which has all blade combustion part (32w) which cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), and used as various storage battery drive equipment.   Various energy storage cycle coalescing engine which has a full blade combustion part (32w) for cooling the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and used as various storage battery driven devices.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) that cools the exhaust of the vertical all-blade water turbine (8B) with water-cooling heat (52e) to make various storage battery-driven devices.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32w) that cools the existing compressor (20Y) with condensate of all-blade water turbines, and that serve as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with water-cooled heat (52e), and that serve as storage battery-driven devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32w) that cools the existing compressor (20Y) with alcohol cold (52e) and is used as storage battery-driven devices.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as storage battery-driven devices organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as storage battery drive devices organ.   Various energy storage cycles including a turbine blade cross-section (4X) full blade combustion section (32w) that cools the exhaust of a vertical blade-type all blade water turbine (8B) with water cooling heat (52e) and used as storage battery-driven devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the vertical type blade water turbine (8B) with alcohol cold (52e) and used as storage battery-driven devices. Combined organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) and used as storage battery-driven devices.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and used as storage battery-driven devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalesced engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines and used as storage battery-driven devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e). Combined organization.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e), various energy storage cycles with all blade combustion section (32x) and various storage battery driven devices Combined organization.   Various types of energy storage as a storage battery-driven device with a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical all blade water turbine (8B) with water cooling heat (52e) (1A) all blade combustion section (32x) Cycle coalescence engine.   Various types of energy storage as a storage battery-powered device equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32x) Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e). The turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) All blades combustion part (32x) and various energy used as storage battery drive equipment. Conservation cycle coalescence organization.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with condensate of all blade water turbines to provide various storage battery drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with water-cooled heat (52e), and various energy storage as storage battery-driven devices Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) that cools the existing compressor (20Y) with alcohol cold (52e), and a full blade combustion section (32x) to store various types of energy as storage battery-driven devices Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all rotor blade bogie water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion part (32y) and used as storage battery-driven devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) whole blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and used as storage battery-driven devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and used as storage battery-driven devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as storage battery-driven devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as storage battery-driven devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) and various storage battery driven devices. Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and used as storage battery-driven devices. Combined organization.   Various types of energy storage as a storage battery-driven device with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Various types of energy storage as a storage battery-driven device equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbine Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling with water-cooled heat (52e) Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion part (32y) and various energy that is used as storage battery drive various equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools existing compressor (20Y) with condensate of all blade water turbine, and used as storage battery-driven devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling existing compressor (20Y) with water-cooled heat (52e) and various energy storage as storage battery-driven devices Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e), and various energy storage as storage battery driven devices Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) having a turbine blade cross section (4X) and various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various motor drive devices .   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various motor drive devices.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) for cooling an existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) for cooling an existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of a vertical all-blade water turbine (8B) with water cooling heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various motor drive devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines and various motor drive devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) and various types of energy storage as motor drive devices Cycle coalescence engine.   Energy storage compressor (20X) turbine blade cross-section (4X) that cools with alcohol cold (52e) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) and various types of energy storage as motor drive devices Cycle coalescence engine.   Various types of motor drive equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles with various motor drive devices including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various motor-driven devices including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e), and various motor drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various motor drive devices Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with various blades (4X) and mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various motor drive devices .   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) for cooling an existing compressor (20Y) with alcohol cold (52e) and used as various electric motor drive devices.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling exhaust gas from a vertical all blade water turbine (8B) with alcohol cold (52e) and various motor drive devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines, and various motor drive devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31u) and various types of energy storage as motor drive devices Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalesced engine combustion section (31u) and various electric motor drive equipment Cycle coalescence engine.   Various types of electric motor drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the whole blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles with various motor drive devices including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various motor drive devices including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), and various motor drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various motor drive devices Various energy conservation cycle coalescence engine.   Various motor-driven devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Various motor-driven devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31v) as various motor drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various motor drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various motor-driven devices.   Various energy storage cycle combined engines including a combined engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e).   Various energy storage cycle combined engines including a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole moving blade water turbine and used as various motor drive devices.   Various energy storage cycle coalescing engines having various motor drive devices including a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various electric motor drive devices.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31v) for cooling the exhaust of the all-blade spring vehicle water turbine (8b) with water-cooled heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various electric motor drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to form various electric motor drive devices.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of the whole rotor blade water turbine and various motor drive devices.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling an existing compressor (20Y) with alcohol cold (52e) and various motor drive devices.   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of water turbine (8b) with water cooling heat (52e) and various motor drive devices .   Various energy storage cycle coalescing engines having various blades (4X) coalescence engine combustion section (31v) for cooling exhaust gas from water turbine (8b) with alcohol cold heat (52e) and various motor drive devices .   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the exhaust of the vertical type moving blade water turbine (8B) with water cooling heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31w) as various motor drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various motor drive devices.   Various energy storage cycle coalescing engines including various engine driving devices including a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water cooling heat (52e).   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) to provide various motor-driven devices.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole moving blade water turbine and used as various motor drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various electric motor drive devices.   Various energy storage cycle combined engines equipped with a combined engine combustion section (31w) for cooling an existing compressor (20Y) with alcohol cold (52e).   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and used as various electric motor drive devices.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31w) for cooling the exhaust of all bucket blade water turbines (8b) with alcohol cold heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and used as various electric motor drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various electric motor drive devices.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all the rotor blade water turbines and various motor drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of water turbine (8b) with water cooling heat (52e) and various motor drive devices .   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) and various motor drive devices .   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of the vertical bladed water turbine (8B) with water cooling heat (52e), and various motor drive devices organ.   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycle coalescing engines having various blades (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various motor drive devices .   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the exhaust of the vertical type rotor blade water turbine (8B) with alcohol cold (52e) and various motor drive devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various motor drive devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31x) and various types of energy storage as motor drive devices Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and various types of energy storage as motor-driven equipment Cycle coalescence engine.   Various types of electric motor drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles with various motor drive devices including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various motor drive devices including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Various motor-driven devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical rotor blade turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various motor drive devices.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with condensate of all rotor blade water turbines and used as various motor drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various motor drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and various motor drive devices.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling the existing compressor (20Y) with alcohol cold (52e) and used as various electric motor drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling exhaust air from a turbine blade turbine water turbine (8b) with alcohol cold (52e), and various motor drive devices organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various motor drive devices Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various motor drive devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31y) and various types of energy storage as motor drive devices Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various motor drive equipment Cycle coalescence engine.   Various types of electric motor drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of the whole blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles with various electric motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various motor drive devices including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e), and various motor drive devices Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), and various motor drive devices Various energy conservation cycle coalescing engines.   Various motor-driven devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32t) to provide various motor drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and various motor drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with cold alcohol (52e) and that serve as various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various motor drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the exhaust of the all-wheel impeller water turbine (8b) with water-cooled heat (52e) and various motor drive devices. Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32t) that cools exhaust from a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various motor drive devices. Combined organization.   Various types of energy storage with various types of motor-driven equipment, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of motor drive equipment, including a mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical blade-type water blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the energy storage compressor (20X) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e), turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t), and various types of energy used as motor drive devices Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) and various types of energy used as motor drive devices Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools existing compressor (20Y) with condensate of all blade water turbines to provide various motor drive devices Various energy conservation cycle coalescence engine.   Various types of energy storage with various motor drive devices including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various motor drive devices Various energy conservation cycle coalescing engines.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various motor drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and various motor drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with cold alcohol (52e) and used as various motor drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and used as various motor drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various electric motor drive devices.   Various energy storage cycles comprising a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) for cooling the exhaust of the all-rotor impeller water turbine (8b) with water cooling heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various motor drive devices Combined organization.   Various types of energy storage including various types of motor drive equipment with mercury exhaust test chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of motor drive equipment, including a mercury exhaust inspection chamber (1A), where all exhaust blade combustion turbines (32u) cool the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion part (32u) and various energy used as various motor drive devices Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) and various types of energy to drive various motors Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbines to provide various motor drive devices Various energy conservation cycle coalescence engine.   Various types of energy storage with various motor drive devices including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various motor drive devices Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket blade turbine water turbine (8b) with alcohol cold (52e) and various motor drive devices Various energy conservation cycle coalescing engines.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescing engines.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescing engines.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) and full blade combustion section (32v) to make various motor drive devices.   Various energy storage cycle coalescing engines having various blade drive units (32v) for cooling the energy storage compressor (20X) with condensate of all blade water turbines and various motor drive devices.   Various energy storage cycle coalescing engines having various blade driving parts (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various motor drive devices.   Various energy storage cycle coalesced engines including various blade drive units (32v) that cool the energy storage compressor (20X) with alcohol cold (52e) to form various motor drive devices.   Various energy storage cycle coalescing engines that have an all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and that serve as various motor drive devices.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32v) that cool the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and serve as various motor drive devices.   Various energy storage cycle coalescing engines including all rotor blade combustion sections (32v) that cool exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines having various blade driving parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines having various blade drive units (32v) for cooling exhaust gas of a vertical all blade water turbine (8B) with alcohol cold heat (52e) as various motor drive devices.   Various energy storage cycle coalescing engines having various blade drive sections (4X) and a whole blade combustion section (32v) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines .   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e), and used as various motor drive devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and that serve as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e), and used as various motor drive devices.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various motor drive devices Combined organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a full blade combustion section (32w) to make various motor drive devices.   Various energy storage cycle coalescing engines having various blade drive units (32w) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines and various motor drive devices.   Various energy storage cycle coalescing engines having various blade drive parts (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to provide various motor drive devices.   Various energy storage cycle coalesced engines including various blade drive parts (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various motor drive devices.   Various energy storage cycle coalescing engines that have all-blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all-blade water turbines and that serve as various motor drive devices.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various electric motor drive devices.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) for cooling the existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including all rotor blade combustion sections (32w) for cooling the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and various motor drive devices.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and that serve as various motor drive devices.   Various energy storage cycle coalescing engines having various blade drive parts (32w) for cooling exhaust gas from a vertical all blade water turbine (8B) with water cooling heat (52e) to make various motor drive devices.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32w) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as various motor drive devices.   Various energy storage cycle coalesced engines having a turbine blade cross section (4X) full blade combustion section (32w) for cooling the energy storage compressor (20X) with condensate of all blade water turbines and various motor drive devices .   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and that serve as various motor drive devices.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with water cooling heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) and various motor drive devices organ.   Combined with various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various motor drive devices organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various motor drive devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various motor drive devices Combined organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), a full blade combustion section (32x), and various motor drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with condensate of all blade water turbines, and various motor drive devices organ.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with cold alcohol (52e) and that serve as various motor drive devices.   Combined engine with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and used as various motor drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e), and various energy storage cycles including all rotor blade combustion section (32x) and various motor drive devices Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various motor drive devices Combined organization.   Various types of energy storage with various types of motor drive equipment including mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools vertical exhaust blade water turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of motor drive equipment, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type water blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32x) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbines, and various motor drive devices Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustor (32x) Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion part (32x) and various types of energy to drive various motors Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools existing compressor (20Y) with condensate of all blade water turbines to make various motor drive devices Various energy conservation cycle coalescence engine.   Various types of energy storage with various motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various motor drive devices Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various motor drive devices Various energy conservation cycle coalescence engine.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of vertical type rotor blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a full blade combustion section (32y), and various motor drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and various motor drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various electric motor drive devices.   Combined engine with various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and used as various motor drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various motor drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various motor drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of the all-blade bouncing water turbine (8b) with water-cooled heat (52e). Combined organization.   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various motor drive devices. Combined organization.   Various types of energy storage with various types of motor drive equipment including a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of motor drive equipment including mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water cooling heat (52e) turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) and various energy used as motor drive equipment Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion part (32y) and various types of energy for motor drive equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools existing compressor (20Y) with condensate of all blade water turbines to provide various motor drive devices Various energy conservation cycle coalescence engine.   Various types of energy storage as various motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various motor drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full rotor blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), and various motor drive devices Various energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full-blade combustion section (32y) for cooling the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various motor drive devices Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e), various motor drive devices A variety of energy conservation cycle coalescence engine.   Various motor drive equipment with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engine which has a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and which is a variety of equipment utilizing warm heat.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalesced engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various equipment devices using heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion unit (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e). Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various types of equipment utilizing warm heat Combined organization.   Various types of energy storage that includes a mercury exhaust inspection room (1A) and a combined engine combustion section (31t) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Various types of energy storage that includes a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical type rotor blade water turbine (8B) with alcohol cold (52e) and uses various types of thermal equipment. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) and various energy used as various equipment utilizing warm heat Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e), the turbine blade cross section (4X), the mercury exhaust inspection chamber (1A), the combined engine combustion section (31t), and the various energy used as the various types of equipment utilizing the heat Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools existing compressor (20Y) with condensate of all rotor blade water turbines, making various types of equipment using thermal energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31t), and various energy storages that make various types of equipment using thermal energy Cycle coalescence engine.   Various types of energy storage with various facilities and equipment using heat, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   A turbine blade section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) and various equipment using warm heat A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalesced engine combustion section (31u) and are used as various types of thermal equipment.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e), and which are various types of equipment utilizing heat.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and that are various equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion unit (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycles with various facilities and equipment using heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various types of equipment utilizing warm heat Combined organization.   Various types of energy storage that includes a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical type moving blade water turbine (8B) with water-cooled heat (52e), and various types of equipment using warm heat Cycle coalescence engine.   Various types of energy storage that includes a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), and uses various types of thermal equipment. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools with water cooling heat (52e) Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e), the turbine blade cross section (4X), the mercury exhaust inspection room (1A), the combined engine combustion section (31u), and various types of energy used as various types of equipment using warm heat Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools existing compressor (20Y) with condensate of all rotor blade water turbines, making various types of equipment using thermal energy Various energy conservation cycle coalescence engine.   Various types of energy storage with various facilities and equipment using heat, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools an existing compressor (20Y) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools an existing compressor (20Y) with alcohol cold (52e), and various types of equipment utilizing warm heat Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various equipment using warm heat Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical type bucket blade turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescing engines.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion part (31v) to make various types of equipment using warm heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of equipment using heat.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various types of equipment using heat.   Various energy storage cycle coalescing engines which are equipped with a coalescing engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and which are various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and used as various types of equipment using heat.   Various energy storage cycle coalesced engines comprising a coalesced engine combustion section (31v) for cooling exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to make various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various types of equipment using heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various types of equipment using heat.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat .   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines that have a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine, and that are various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalesced engine combustion section (31v) for cooling an existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment utilizing heat.   Combined with various energy storage cycle units equipped with a turbine blade cross section (4X) combined engine combustion section (31v) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) and used as various types of equipment utilizing heat organ.   Combined with various energy storage cycle units equipped with a turbine blade cross section (4X) combined engine combustion section (31v) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as various types of equipment utilizing heat organ.   Various energy storage cycles including various types of thermal equipment using a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various types of thermal equipment using a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Combined organization.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31w) and are used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescence engine which has a coalescence engine combustion part (31w) which cools an energy preservation compressor (20X) with the condensate of all rotor blade water turbines, and used as various facilities equipment using heat.   Various energy storage cycle coalescing engines which are equipped with a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of equipment using heat.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various types of equipment using warm heat.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a coalescence engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to make various types of equipment using warm heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and used as various types of equipment utilizing heat.   Various energy storage cycle coalesced engines comprising a coalesced engine combustion section (31w) for cooling the exhaust of all rotor bladed turbine water turbines (8b) with alcohol cold (52e) to make various types of equipment utilizing heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various types of equipment using heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various types of equipment utilizing heat.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as various facility equipment utilizing heat .   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines that have a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, and that make various types of equipment using heat.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) coalesced engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and that make various types of equipment utilizing heat.   Combined with various energy storage cycle units equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and used as various types of equipment utilizing heat organ.   Combined with various energy storage cycle units equipped with a turbine blade cross section (4X) combined engine combustion section (31w) that cools exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as various types of equipment utilizing heat organ.   Various energy storage cycles with various types of thermal equipment using a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various types of thermal equipment using a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Combined organization.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalesced engine combustion section (31x) and are used as various types of equipment utilizing warm heat.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various equipment devices using heat.   Various energy storage cycle coalescing engine equipped with a mercury exhaust inspection room (1A) coalescence engine combustion part (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various equipment equipment using heat .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion unit (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycles with various facilities and equipment using thermal energy, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) Combined organization.   Various energy storage cycles with various facilities and equipment using heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage with various facilities and equipment using heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage that includes a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with alcohol cold (52e) and uses various types of thermal equipment. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31x) and various energy used as various equipment using warm heat Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion part (31x) and various energy used as various equipment equipment using heat Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines, making various types of equipment utilizing thermal energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with water-cooled heat (52e), a mercury exhaust inspection room (1A), a combined engine combustion section (31x), and various energy storages that make various equipment using heat Cycle coalescence engine.   Various types of energy storage with various facilities and equipment using thermal energy, including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   The turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   The turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalesced engine combustion section (31y) and are used as various types of thermal equipment.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of equipment utilizing heat .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycles with various facilities and equipment using heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a turbine blade turbine water turbine (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbines (8b) with alcohol cold (52e), and various types of equipment utilizing warm heat Combined organization.   Various types of energy storage that includes a mercury exhaust inspection room (1A) and a combined engine combustion section (31y) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Various types of energy storage that includes a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical type bladed water turbine (8B) with alcohol cold (52e) and uses various types of thermal equipment. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbine Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various energy used as thermal equipment Conservation cycle coalescence organization.   The energy storage compressor (20X) is cooled by alcohol cold (52e), the turbine blade cross section (4X), the mercury exhaust inspection room (1A), the combined engine combustion section (31y), and various energies used as various types of equipment utilizing heat Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools existing compressor (20Y) with condensate of all rotor blade water turbines, making various types of equipment utilizing thermal energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools an existing compressor (20Y) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and a variety of energy storage equipment that uses various types of thermal equipment Cycle coalescence engine.   Various types of energy storage with various facilities and equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools an existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) all-blade combustion section (32t) and used as various types of thermal equipment.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various types of equipment utilizing warm heat Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines which have a mercury exhaust inspection room (1A) all-blade combustion part (32t) that cools the energy storage compressor (20X) with alcohol cold (52e), and which are various equipment using warm heat.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various types of equipment using heat organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment utilizing warm heat.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), all blades combusting section (32t), and various types of energy storage as thermal equipment Cycle coalescence engine.   Various types of energy for various types of equipment using warm heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) (1A) all blade combustion section (32t) Conservation cycle coalescence organization.   Various types of energy for various types of equipment that use thermal energy, including a mercury exhaust inspection room (1A) that cools the exhaust of a vertical blade-type water turbine water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbine Various energy conservation cycle coalescence engine.   Various types of energy for various types of equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools exhaust from a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) all blade combustion section (32u) to make various types of equipment utilizing heat.   Various energy storage cycles that include a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and uses various types of thermal equipment. Combined organization.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various types of equipment using warm heat.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various types of equipment using heat organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various equipment devices utilizing heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and a variety of energy storage as a variety of equipment that uses heat, including a full blade combustion section (32u) Cycle coalescence engine.   Various types of energy for various types of equipment using warm heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e) (1A) all blade combustion section (32u) Conservation cycle coalescence organization.   Various types of energy for various types of thermal equipment using a mercury exhaust inspection chamber (1A) and a full blade combustion section (32u) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools an energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a moving blade combustor (32u), and various types of equipment using warm heat Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32u), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for various types of equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   The turbine blade cross section (4X) that cools the existing compressor (20Y) with alcohol cold (52e), the mercury exhaust inspection room (1A), the all blade combustion section (32u), and various types of energy used as thermal equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a full blade combustion section (32v) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescence engine which has all blade combustion part (32v) which cools energy storage compressor (20X) with the condensate of all blade water turbines, and used as various equipment using heat.   Various energy storage cycle coalesced engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with water-cooled heat (52e) and that make various types of thermal equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with alcohol cold (52e) and that use various types of thermal equipment.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and that make various types of equipment using heat.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) that cools existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescence engine which has all blade combustion part (32v) which cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), and used as various equipment using heat.   Various energy storage cycle coalescence engine which has all blade combustion part (32v) which cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and used as various equipment equipment using heat.   Various energy storage cycle coalescing engines which have all blade combustion parts (32v) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and used as various types of equipment utilizing heat.   Various energy storage cycle coalescing engines which are equipped with a whole blade combustion part (32v) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and used as various types of equipment utilizing heat.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalescing engines which have a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e), and that make various types of equipment using warm heat.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and that make various types of equipment using heat.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and that make various types of equipment utilizing heat .   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal equipment.   Various energy storage cycles including various blades and turbines with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various blades and turbines equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust air from a turbine blade turbine water turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage with various types of thermal equipment using a turbine blade cross section (4X) all blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal equipment using a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with turbine blade cross section (4X) and full blade combustion section (32w) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescence engine which has all blade combustion part (32w) which cools energy storage compressor (20X) with the condensate of all blade water turbines, and used as various equipment using heat.   Various energy storage cycle coalesced engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with water-cooled heat (52e) to make various types of equipment using heat.   Various energy storage cycle coalesced engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with alcohol cold (52e) to make various types of equipment using heat.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various types of equipment using heat.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e) and used as various types of equipment using heat.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion section (32w) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and used as various types of equipment using heat.   Various energy storage cycle coalescing engines having various moving blade combustion units (32w) for cooling the exhaust of the vertical type moving blade water turbine (8B) with water-cooled heat (52e) to make various types of equipment using heat.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) and used as various types of equipment utilizing heat.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that make various types of equipment using warm heat.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and that make various types of equipment using heat.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various types of equipment utilizing heat .   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Various energy storage cycles with various blades and turbines (4X) with full blade combustion section (32w) that cools exhaust from water turbine (8b) with water cooling heat (52e). Combined organization.   Various energy storage cycles including various blades and turbines (4X) with a turbine blade cross section (32w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage using various types of thermal equipment with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage using various types of thermal equipment with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a whole blade combustion section (32x) to make various types of equipment utilizing heat.   Various energy storage cycles that have a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and uses various types of thermal equipment. Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines that are equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e), and is used as various types of thermal equipment.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various types of equipment using heat organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment using warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment using warm heat.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e). Cycle coalescence engine.   Various types of energy for various types of equipment using thermal energy, including a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of equipment that use thermal equipment, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type water blade water turbine (8B) with alcohol cold (52e), and a full blade combustion section (32x) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools an energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32x), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32x), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for various types of equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of equipment using thermal equipment, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) all-blade combustion section (32y) and used as various types of thermal equipment.   Various energy storage cycles that have a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and that make various types of equipment using heat. Combined organization.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and is used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various types of equipment utilizing warm heat.   Combined with various energy storage cycles, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various types of equipment utilizing heat organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of equipment utilizing warm heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of equipment utilizing warm heat.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), 1A, all blade combustion section (32y), and various types of energy storage as thermal equipment. Cycle coalescence engine.   Various types of energy for various types of equipment using heat and heat, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of equipment that use warm heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32y) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various types of equipment that uses heat Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for various types of equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of equipment using thermal energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of a vertical blade (8B) with water-cooled heat (52e), and various facilities using warm heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of a vertical type blade (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and various heat pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various thermal piping buildings .   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and various heat pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and various thermal piping buildings.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e) and various heat pipe buildings organ.   Combined with various energy storage cycle buildings equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various thermal piping buildings organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various types of thermal piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various thermal piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) and various types of thermal storage Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) and various types of thermal storage Cycle coalescence engine.   Various thermal pipe buildings with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles with various thermal piping buildings with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various turbine pipes with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of vertical type bucket blade turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various thermal piping buildings .   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various thermal pipe buildings.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) to form various thermal piping buildings organ.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various heat pipe buildings organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) and various thermal piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various thermal piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31u) and various types of thermal storage pipes Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31u) and various types of thermal storage pipes Cycle coalescence engine.   Various types of thermal piping buildings equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of the whole blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles with various thermal piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various turbine pipe buildings with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools exhaust of vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools exhaust of vertical type blade turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and coalesced engine combustion section (31v) and various thermal piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and having various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and various thermal pipe buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31v) that cools the exhaust of all rotor bladed water turbines (8b) with alcohol cold (52e) and various thermal piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of the vertical bladed water turbine (8B) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle combined engines having a combined engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all the rotor blade water turbines and having various thermal piping buildings.   Various energy storage cycle coalescing engines having various heat pipe buildings including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e).   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines and having various thermal piping buildings.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling existing compressor (20Y) with water-cooled heat (52e) and various heat pipe buildings.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various thermal piping buildings.   Various energy storage cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) and various thermal piping buildings .   Various energy storage cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various heat pipe buildings .   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) and various thermal piping buildings organ.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping buildings organ.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) and coalesced engine combustion section (31w) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and having various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines with various thermal piping buildings equipped with a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31w) for cooling the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various thermal piping buildings.   Various energy storage cycle combined engines having a combined engine combustion section (31w) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with condensate of all rotor blade water turbines and various thermal pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with condensate of all rotor blade water turbines and having various thermal piping buildings.   Various energy storage cycle coalescing engines including various turbine piping sections including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various thermal piping buildings.   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various thermal piping buildings .   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various heat pipe buildings .   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) and various thermal piping buildings organ.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping buildings organ.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) coalesced engine combustion section (31x) and various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various thermal piping buildings .   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various thermal pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) to form various thermal piping buildings organ.   Combined with various energy storage cycle buildings equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), and combined with various thermal piping buildings organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various types of thermal piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various thermal piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31x) and various types of thermal storage pipes Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31x) and various heat storage buildings Cycle coalescence engine.   Various types of thermal piping buildings equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of the whole blade turbine Energy conservation cycle coalescence engine.   Various energy storage cycles with various thermal piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various turbine pipes with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of vertical type blade turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various thermal piping buildings .   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various thermal pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with condensate of all rotor blade water turbines and various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and various heat pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and various thermal piping buildings.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) and various types of thermal piping buildings organ.   Combined with various energy storage cycle buildings equipped with mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling exhaust air of turbine blade turbine water turbine (8b) with alcohol cold (52e) and various thermal piping buildings organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) and various heat-pipe buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to form various thermal piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various types of thermal storage pipes Cycle coalescence engine.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and various thermal storage buildings Cycle coalescence engine.   Various types of thermal piping buildings equipped with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of the whole blade water turbine Energy conservation cycle coalescence engine.   Various energy storage cycles with various thermal piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles including various turbine pipe buildings with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of vertical type moving blade water turbine (8B) with alcohol cold (52e) and various types of thermal piping buildings Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engine with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32t) and various thermal piping buildings.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various thermal piping buildings organ.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various heat pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various heat pipe buildings .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various thermal piping buildings.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) and various types of thermal piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) and a whole blade combustion section (32t) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various types of thermal piping buildings Combined organization.   Various types of energy storage, including a mercury exhaust inspection chamber (1A) that cools the exhaust from a vertical all blade water turbine (8B) with water cooling heat (52e), and a whole blade combustion section (32t). Cycle coalescence engine.   Various types of energy storage, including a mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various hot piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustor (32t) and various types of thermal piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) various heat pipe building various energy Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbines to form various thermal piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage with various thermal piping buildings including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e), and various thermal piping buildings Cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various thermal piping buildings Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32u) and various thermal piping buildings.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various thermal piping buildings organ.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various heat pipe buildings .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) for cooling an existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of the turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various types of thermal piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e), and various thermal piping buildings Combined organization.   Various types of energy storage, including a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e), and various types of thermal piping buildings Cycle coalescence engine.   Various types of energy storage, including a mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various types of thermal piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) All blade combustion section (32u) and various types of thermal piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) and various types of thermal piping buildings Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbines to make various thermal piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage with various thermal piping buildings including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various compressors (20Y) cooled with alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) and various types of thermal piping building Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools exhaust of vertical type bucket blade turbine (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools exhaust of vertical type blade (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32v) to make various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and have various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and has various thermal piping buildings   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32v) for cooling existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32v) for cooling the exhaust of all bucket blade turbine water turbine (8b) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32v) that cool the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various thermal piping buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) whole blade combustion part (32v) for cooling energy storage compressor (20X) with condensate of all blade water turbine and various heat pipe buildings .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full rotor blade combustion section (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various heat pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full rotor blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and various thermal piping buildings.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) all blade combustion section (32v) that cools existing compressor (20Y) with condensate of all blade water turbine and various thermal piping buildings.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the existing compressor (20Y) with water-cooled heat (52e) and that have various thermal piping buildings.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the existing compressor (20Y) with alcohol cold (52e) and that have various thermal piping buildings.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e). organ.   Combined with various energy storage cycles, including turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various thermal piping buildings Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32w) to make various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and have various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all-blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the existing compressor (20Y) with the condensate of all the blade water turbines and have various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines which have all blade combustion parts (32w) for cooling the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32w) for cooling exhaust gas from a vertical all blade water turbine (8B) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) all blade combustion section (32w) that cools energy storage compressor (20X) with condensate of all blade water turbine and various thermal piping buildings .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full rotor blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have turbine blade cross section (4X) whole blade combustion section (32w) that cools energy storage compressor (20X) with alcohol cold (52e), and has various thermal piping buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various heat pipe buildings.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various thermal piping buildings.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and that are various thermal piping buildings.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) all blade combustion section (32w) that cools exhaust of water turbine (8b) with water-cooled heat (52e) and made into various thermal piping buildings organ.   Combined with various energy storage cycle with various turbine piping section (4W) and turbine blade cross section (4X) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) organ.   Various energy storage cycles with various thermal pipe buildings with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of vertical type blade (8B) with water-cooled heat (52e) Combined organization.   Various energy storage cycles including turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32x) to make various thermal piping buildings.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and that have various thermal piping buildings.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all blade blade turbines and various energy storage cycle coalescing engines with various blade combustion sections (32x) .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various thermal piping buildings.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e), and various energy storage cycles with various blade combustor (32x) Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various energy storage cycles with various blade combustors (32x) Combined organization.   Various types of energy storage, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), and a all blade combustion section (32x). Cycle coalescence engine.   Various types of energy storage, including a mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various hot piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustor (32x) and various types of thermal piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32x) and various types of thermal piping buildings Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling the existing compressor (20Y) with condensate of all blade water turbines to make various thermal piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with water-cooled heat (52e), and various thermal piping buildings Cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) and various types of thermal piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of a vertical blade (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32y) and various thermal piping buildings.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with condensate of all blade water turbines, and various heat pipe buildings organ.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various heat pipe buildings .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) for cooling an existing compressor (20Y) with water-cooled heat (52e) to form various thermal piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e) and made into various thermal piping buildings.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) and various types of thermal piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various thermal piping buildings Combined organization.   Various types of energy storage, including a mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Various types of energy storage, including a mercury exhaust inspection room (1A) full blade combustion section (32y) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various hot piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32y) and various types of thermal piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion part (32y) and various energy pipes Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools existing compressor (20Y) with condensate of all blade water turbines to form various thermal piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e), and various thermal piping buildings Cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e) and various types of thermal piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of vertical type blade (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of vertical type blade (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) having a turbine blade cross section (4X) and used as various types of ice making equipment utilizing cold energy.   Various energy storage cycles including a mercury exhaust inspection room (1A) and a combined engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various ice making equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with water-cooling heat (52e) and used as various types of ice making equipment using cold energy.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with alcohol cold (52e) and that use various cold ice making equipment.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and made into various ice making equipment using cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooling heat (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment devices using cold energy.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31t) that cools the exhaust of all rotor blade water turbines (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of ice making equipment using a cold heat system equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold heat, including a mercury exhaust inspection chamber (1A) that combines the combustion of the combined engine combustion section (31t) that cools the exhaust of the vertical rotor blade water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31t), and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with water cooling (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for various types of ice making equipment using cold heat, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbines (8b) with alcohol cold (52e) and various ice making equipment using cold heat A variety of energy conservation cycle coalescence engine.   Various types of ice making equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Various ice-making facilities using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and are used as various ice making equipment devices using cold heat.   Various energy storage cycles with various types of ice making equipment using cold energy, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Combined organization.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with water-cooling heat (52e) and used as various ice making equipment using cold energy.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the energy storage compressor (20X) with alcohol cold (52e) and used as various ice-making equipment using cold energy.   Combining various energy storage cycles with various types of ice-making equipment using cold energy, including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooling heat (52e) and used as various ice-making equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice-making equipment using cold energy.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of ice making equipment using cold heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a vertical bladed turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using a cold exhaust system equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31u), and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all blade blade water turbines, and various ice making equipment using cold energy Various energy conservation cycle coalescence engine.   Various types of energy for various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), and various ice making equipment using cold heat A variety of energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e), and various ice making equipment using cold heat A variety of energy conservation cycle coalescing engines.   Various types of ice making equipment using cold heat provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical rotor blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines as equipment.   Various ice-making equipment using cold heat, equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31v) and are used for various ice making equipment using cold heat.   Various energy storage cycle coalescing engines that have a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and that are various ice making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to provide various ice-making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) to make various ice making equipment using cold energy.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various ice-making equipment using cold energy   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ice making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31v) for cooling the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and used as various ice making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold heat (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to make various ice-making equipment using cold heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as various ice making equipment devices using cold heat.   Combined with various energy storage cycles, including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy storage compressor (20X) with condensate of all moving blade water turbines, and used as various ice making equipment using cold energy organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and having various ice making equipment using cold energy.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various ice-making equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various ice-making equipment using cold heat .   Various energy storage cycle coalesced engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of ice making equipment using cold energy.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment.   Various energy storage cycles with various types of ice making equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various ice-making equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage as a variety of ice making equipment using cold heat with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as a variety of ice-making equipment using cold energy with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various ice making equipments using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to make various ice making equipment using cold energy.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines and making various ice making equipment using cold heat.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to produce various ice making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to make various ice making equipment using cold energy.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) for cooling the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) to make various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and used as various ice making equipment.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various types of ice making equipment using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various ice making equipment using cold heat.   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as various types of ice making equipment using cold energy organ.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooling heat (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalescence engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various ice-making equipment using cold energy .   Various energy storage cycle coalesced engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ice-making equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice-making equipment using cold energy.   Various energy storage cycles with various types of ice making equipment using cold heat, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a turbine blade turbine (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various types of ice making equipment using cold heat, including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools exhaust air from a turbine blade turbine water turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage with various types of ice making equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as a variety of ice making equipment using cold energy, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross-section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) to make various ice making equipment using cold heat.   Various energy storage cycles with various types of ice-making equipment using cold energy, including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with alcohol cold heat (52e) and used as various ice making equipment using cold energy.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as various ice making equipment using cold heat organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooling heat (52e) and used as various types of ice making equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment devices using cold energy.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of ice-making equipment using cold heat, including a mercury exhaust inspection chamber (1A) that combines the combustion of the combined engine combustion unit (31x) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using a cold exhaust system equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, a mercury exhaust inspection room (1A), a combined engine combustion section (31x), and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and various ice making equipment using cold energy Various energy conservation cycle coalescence engine.   Various types of energy for various types of ice making equipment using cold heat, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and various ice making equipment using cold heat A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various ice making equipment using cold heat A variety of energy conservation cycle coalescence engine.   Various types of ice making equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Various ice-making facilities using cold heat with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and are used as various ice making equipments using cold heat.   Various energy storage cycles with various types of ice making equipment using cold energy, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Combined organization.   Various energy storage cycle coalescing engines which are equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of ice making equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and used as various ice making equipment devices using cold energy.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and made into various ice making equipment using cold heat organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment devices using cold energy.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of ice making equipment using a cold heat system equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice-making equipment using cold energy, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and various ice making equipment using cold energy Various energy conservation cycle coalescence engine.   Various types of energy for various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e), and various ice making equipment using cold heat A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and various ice making equipment using cold heat A variety of energy conservation cycle coalescence engine.   Various ice-making facilities using cold heat with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical rotor blade water turbine (8B) with water-cooled heat (52e) Various energy storage cycle coalescing engines as equipment.   Various types of ice making equipment using cold heat provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion section (32t) to make various ice making equipment using cold heat.   Energy conservation compressors (20X) with a mercury exhaust inspection chamber (1A) that cools all the blade blade turbines with the condensate of all blade blade water turbines (32t), and various types of energy storage as cold ice making equipment Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various ice-making equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e), and used as various ice making equipment using cold energy .   Various energy storage cycles with various types of ice making equipment using cold heat, including a mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, and a full blade combustion section (32t) Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment using cold heat.   Various types of energy for various types of ice making equipment with a cold exhaust, equipped with a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and a full blade combustion section (32t) Conservation cycle coalescence organization.   Various types of energy for various ice-making equipment that uses cold heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and a full blade combustion section (32t) Conservation cycle coalescence organization.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various ice making equipment using cold energy A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), and various ice making equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), and various ice making equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with an existing compressor (20Y) cooled by water-cooled heat (52e) and a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e), and various ice making facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) to make various ice making equipment using cold heat.   Energy conservation compressors (20X) with a mercury exhaust inspection chamber (1A) that cools all compressor blade water turbines with condensate of all rotor blade water turbines (32u), and various types of energy storage as cold ice making equipment Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various ice-making equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various ice making equipment using cold heat .   Various energy storage cycles with various types of ice making equipment using cold energy, including a mercury exhaust inspection room (1A) and a whole blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all blade blade water turbines Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment using cold heat.   All types of energy for various ice-making equipment that uses cold heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and a full-blade combustion section (32u) Conservation cycle coalescence organization.   Various types of energy for various ice-making equipment using a cold heat source equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of the vertical type blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the exhaust of the vertical type blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various ice making equipment using cold energy A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a moving blade combustion section (32u), and various ice making equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32u), and various ice making equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water cooling (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of all bucket blade water turbines (8b) with water cooling heat (52e), and various ice making equipment using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various ice making facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical blade-type all blade water turbine (8B) with alcohol cold (52e). Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a full blade combustion section (32v) to make various ice making equipment using cold energy.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines, and that make various ice making equipment using cold energy.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to make various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines which have a whole blade combustion part (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and uses various types of ice making equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32v) that cool the existing compressor (20Y) with water-cooled heat (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with an all-blade combustion section (32v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and used as various ice making equipment devices using cold energy.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines which are equipped with an all blade combustion section (32v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to make various ice making equipment using cold heat.   Various energy storage cycles including a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various ice making equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that use various cold ice making equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold heat (52e), and that use various cold ice making equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and made into various ice making equipment using cold energy organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and that are used as various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as cold ice various ice making equipment.   All types of energy storage as a variety of ice making equipment using cold heat, equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy saving for various ice making equipment using cold heat with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of ice-making equipment using cold energy, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold energy with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a whole rotor blade combustion section (32w) and used as various types of ice making equipment utilizing cold energy.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and that use various types of ice making equipment.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling the energy storage compressor (20X) with water cooling heat (52e) and used as various ice making equipment using cold heat.   Various energy storage cycle coalescing engines which are equipped with all blade combustion parts (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) and used as various ice making equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with the condensate of all the blade water turbines to make various ice making equipment using cold heat.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all-blade combustion section (32w) for cooling existing compressor (20Y) with alcohol cold (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the exhaust of all bucket blade turbine water turbine (8b) with water-cooled heat (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32w) for cooling the exhaust of all bucket blade water turbine (8b) with alcohol cold heat (52e) and various cold ice making equipment.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32w) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various ice making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32w) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various ice making equipment using cold heat.   Various energy storage cycles including a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various ice making equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various ice-making equipment using cold energy.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and that use various cold ice making equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and various cold ice making equipment organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32w) that cools the existing compressor (20Y) with water-cooled heat (52e), and that are various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blades combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as cold ice various ice making equipment.   Energy saving for various ice-making equipment using cold heat with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy saving as various ice making equipment using cold heat with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of ice making equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical blade-type water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of ice making equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) all blade combustion section (32x) to make various ice making equipment using cold heat.   Energy conservation compressors (20X) with a mercury exhaust inspection chamber (1A) that cools all the blade water turbines with the condensate of all rotor blade water turbines (32x), and various types of energy storage as cold ice making equipment Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various ice-making equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion part (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various ice making equipment using cold heat .   Various energy storage cycles that include a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various cold ice making equipment Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various ice-making equipment using cold heat.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment using cold heat.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with water cooling heat (52e), and various energy for various cold ice making equipment equipped with all blade combustion section (32x) Conservation cycle coalescence organization.   Various energy for various ice-making equipment that uses cold heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and a full blade combustion section (32x) Conservation cycle coalescence organization.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32x) that cools the exhaust of the vertical type blade (8B) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold heat with a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32x) that cools the exhaust of the vertical type blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, a mercury exhaust inspection chamber (1A), and a whole blade combustion section (32x), and various ice making equipment using cold energy A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a moving blade combustion section (32x), and various ice making equipment using cold energy. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling energy storage compressor (20X) with alcohol cold (52e) to make various ice making equipment using cold heat Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various ice making equipment using cold heat Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e), and various ice making equipment using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various ice making facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type bucket blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion section (32y) and used as various ice making equipment using cold heat.   Energy conservation compressors (20X) with a mercury exhaust inspection chamber (1A) that cools all compressor blade water turbines with condensate, and a compressor blade combustion section (32y) to provide various types of ice making equipment using cold energy Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and made into various ice making equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various ice making equipment using cold heat .   Various energy storage cycles with various types of ice making equipment using cold heat, including a mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and a whole blade combustion section (32y) Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various ice-making equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various ice making equipment using cold heat.   A variety of energies for various ice making equipment with a cold exhaust, equipped with a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   A variety of energies for various ice-making equipment that use cold heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and a full blade combustion section (32y) Conservation cycle coalescence organization.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of the vertical type blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold heat, equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the exhaust of a vertical type blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various ice making equipment using cold energy A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various ice making equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various ice making equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of all blade water turbines, a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various ice making equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of ice making equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e), and various ice making facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various ice making facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various types of ice making using cold heat Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and various cooling equipment using cold heat.   Various energy storage cycles comprising a mercury exhaust inspection room (1A) combined engine combustion section (31t) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various cooling facility equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various types of cooling equipment using cold energy.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various cooling facility equipment using cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various cooling facility equipment using cold energy.   Various types of energy storage with various cooling equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy storage for various types of cooling equipment that uses cold heat, including a mercury exhaust inspection room (1A) that combines the combustion engine (31t) that cools the exhaust of the turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of cooling equipment using a cold heat system equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold energy, including a mercury exhaust inspection room (1A) that combines the combustion of the combined engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of the whole blade water turbine (1X), a mercury exhaust inspection chamber (1A), and a combined engine combustion section (31t) Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   The existing compressor (20Y) is cooled by the condensate of all blade blade turbines, and has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t), and various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   Various types of energy for various types of cooling equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), and various cooling equipment using cold heat A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various cooling equipment using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and are used as various cooling equipment devices utilizing cold energy.   Various energy storage cycles comprising a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various cooling equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various cooling facility devices using cold energy.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of cooling equipment using cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various cooling facility equipment using cold energy.   Various types of energy storage as various cooling equipment using cold heat, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage as various cooling equipment using cold heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical bladed turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of the whole blade water turbine, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31u), and various cooling equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment with various cooling facilities including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using various types of cooling equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling an energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   The existing compressor (20Y) is cooled by the condensate of all blade blade turbines, and is equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and various cooling equipment using cold heat, Various energy conservation cycle coalescence engine.   Various types of energy for cooling equipment using various types of cooling equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold energy, including the turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the exhaust of all blade impeller water turbine (8b) with alcohol cold heat (52e) and various cooling equipment using cold heat A variety of energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), and various cooling facilities utilizing cold heat Various energy conservation cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines as equipment.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion section (31v) and are used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to provide various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold (52e) to provide various cooling equipment using cold energy.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various cooling equipment using cold heat.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various cooling equipment using cold energy.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) for cooling the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) to provide various types of cooling equipment using cold energy.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold heat (52e) and used as various cooling facility equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various cooling facility equipment using cold heat.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various types of cooling equipment using cold energy.   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and used as various cooling facility equipment using cold energy organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e), and that are various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various cooling equipment devices using cold energy.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescing engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various cooling facilities equipment using cold energy .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycles including a cooling blade heat turbine (8b) with a turbine blade cross-section (4X) combined engine combustion section (31v) that cools the exhaust of the water turbine (8b) with water-cooled heat (52e). Combined organization.   Various energy storage cycles with various cooling equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage as various cooling facility equipment using cold heat with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various cooling equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion part (31w) and are used as various cooling equipments using cold energy.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various types of cooling equipment.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to provide various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) to provide various cooling equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling equipment devices using cold energy.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various cooling facility devices using cold heat.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) for cooling the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) to provide various types of cooling equipment using cold energy.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as various types of cooling equipment.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e) and used as various types of cooling equipment.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various kinds of cooling equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and used as various types of cooling equipment using cold energy organ.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various cooling equipment devices using cold energy .   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various kinds of cooling equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycles with various cooling equipment using cold heat, including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of the all-wheel impeller water turbine (8b) with water-cooled heat (52e) Combined organization.   Various energy storage cycles with various cooling equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust air from a turbine blade turbine water turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage with various cooling equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical type blade turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of cooling equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescing engine combustion section (31x) and are used as various cooling equipment devices utilizing cold energy.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various cooling equipments using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various types of cooling equipment using cold energy.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various cooling facility equipment using cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e) and used as various types of cooling equipment using cold heat.   All kinds of energy storage as a cooling equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbines (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various types of cooling equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Refrigerated energy storage compressor (20X) with condensate of all rotor blade water turbines Cross section of turbine blade (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) and various cooling equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment that includes a cooling section (4X), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31x) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines Various energy conservation cycle coalescence engine.   Various types of energy for cooling equipment using various types of cooling equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbines (8b) with alcohol cold (52e) and various cooling equipment using cold heat A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e), and various cooling facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various cooling equipment using cold heat.   Various energy storage cycles comprising a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various cooling equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various cooling facility equipment using cold energy.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various cooling facility equipment utilizing cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of cooling equipment using cold energy.   Various types of energy storage as various cooling equipment using cold heat, including a mercury exhaust inspection room (1A) that combines the combustion engine (31y) that cools the exhaust of all bucket blades and water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage as various cooling equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of cooling equipment using cold heat, including a mercury exhaust inspection chamber (1A) that combines the combustion of the combined engine combustion section (31y) that cools the exhaust of the vertical rotor blade water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines (4X), a mercury exhaust inspection room (1A), and a combined engine combustion section (31y) Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling the existing compressor (20Y) with the condensate of the all-blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for cooling equipment using various types of cooling equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various cooling equipment using cold heat A variety of energy conservation cycle coalescence engine.   A turbine blade section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), and various cooling facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and various cooling facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a whole blade combustion section (32t) to make various types of cooling equipment using cold energy.   Energy storage compressor (20X) is cooled by the condensate of all blade water turbines, has a mercury exhaust inspection room (1A), all blade combustion section (32t), and uses various types of energy storage as refrigeration equipment. Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various cooling facility equipment using cold heat .   Various energy storage cycles with various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and a whole blade combustion section (32t) Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various cooling equipment using cold energy.   A variety of energies for various cooling equipment using a cooling air, equipped with a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32t) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e). Conservation cycle coalescence organization.   Various energy for various cooling equipment using cold heat, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket moving water turbines (8b) with alcohol cold (52e) and a full blade combustion section (32t) Conservation cycle coalescence organization.   Various types of cooling equipment that uses cold heat and has a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type whole blade water turbine (8B) with water-cooled heat (52e) (1A) all blade combustion section (32t) Energy conservation cycle coalescence engine.   Various types of cooling equipment that uses cold energy with a mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical blade-type whole blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), and various cooling equipment using cold energy A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling energy storage compressor (20X) with water cooling heat (52e), and various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools energy storage compressor (20X) with alcohol cold (52e) to make various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various cooling equipment using cold heat Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cooling equipment, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cooling equipment, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of a vertical blade-type all blade water turbine (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a whole moving blade combustion section (32u) as various types of cooling equipment using cold energy.   Energy storage compressor (20X) with a mercury exhaust inspection chamber (1A) that cools all compressor blade water turbines with condensate of all rotor blade water turbines (32u), and various energy storage devices that use various types of cooling equipment. Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various cooling facility equipment using cold heat .   Various energy storage cycles with various types of cooling equipment using cold energy, including a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold heat.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various cooling equipments using cold heat.   Various types of energy for cooling equipment using a cold exhaust system equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various energy for cooling equipment that uses cold heat and has a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and all blade combustion section (32u) Conservation cycle coalescence organization.   Various types of cooling equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e) (1A) all blade combustion section (32u) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of a vertical blade-type water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of the all blade blade turbine (4X), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32u), and various cooling equipment using cold energy A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) for cooling energy storage compressor (20X) with water cooling heat (52e), and various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32u), and various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and various cooling equipment using cold heat Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) and various cooling equipment using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), and various cooling using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e), and various cooling using cold heat Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a full blade combustion section (32v) to make various types of cooling equipment using cold energy.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and that use various types of cooling equipment.   Various energy storage cycle coalescing engines which have a whole blade combustion part (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and is used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines which have a whole blade combustion part (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalesced engines equipped with an all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various types of cooling equipment.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32v) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalesced engines equipped with all-blade combustion section (32v) for cooling existing compressor (20Y) with alcohol cold (52e) and used as various cooling equipment using cold heat.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and that use various types of cooling equipment.   Various energy storage cycle coalescing engines that have all blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) to make various cooling equipment using cold energy.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalesced engines equipped with all-blade combustion section (32v) for cooling the exhaust of the vertical-type all-blade water turbine (8B) with alcohol cold (52e) and used as various types of cooling equipment.   Various energy storage cycles with various cooling equipment using cold energy, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Combined organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e), and that are used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and that are used as cold cooling various cooling equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and used as various cooling facility equipment using cold energy organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as cold cooling various cooling equipment.   All kinds of energy storage as a cooling-cooled various cooling equipment with a turbine blade cross section (4X) all-blade combustion section (32v) that cools the exhaust of water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   All kinds of energy storage as a cooling-cooled various cooling equipment equipped with a turbine blade cross section (4X) all-blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of cooling equipment that use cold energy, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy used as various cooling facility equipment with a cooling blade equipped with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) and a whole rotor blade combustion section (32w) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and that use various types of cooling equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with water-cooled heat (52e) and are used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines which are equipped with a whole blade combustion part (32w) for cooling the energy storage compressor (20X) with alcohol cold heat (52e) and used as various cooling equipment using cold heat.   Various energy storage cycle coalescing engines which have all blade combustion parts (32w) that cool the existing compressor (20Y) with the condensate of all the blade water turbines and make various types of cooling equipment.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling facility equipment using cold heat.   Various energy storage cycle coalesced engines equipped with an all-blade combustion section (32w) for cooling an existing compressor (20Y) with alcohol cold (52e) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) and used as various types of cooling equipment using cold energy.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and used as various cooling equipment using cold energy.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and used as various types of cooling equipment using cold energy.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) for cooling exhaust gas from a vertical all blade water turbine (8B) with alcohol cold (52e) and used as various types of cooling equipment.   Various energy storage cycles including a turbine blade cross section (4X) whole blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and used as various cooling facility equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and that are used as cold cooling various cooling equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and used as various cooling facility equipment using cold energy organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are used as various cooling facility equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all rotor blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various cooling facility equipment using cold energy.   All kinds of energy storage as a cooling-cooled various cooling equipment equipped with a turbine blade cross section (4X) all-blade combustion section (32w) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy saving for various cooling equipment using cold air with a turbine blade cross-section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of cooling equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of cooling equipment that use cold energy, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a whole blade combustion section (32x) to provide various cooling equipment using cold energy.   Energy storage compressor (20X) is cooled by the condensate of all rotor blade water turbines and is equipped with a mercury exhaust inspection room (1A) all rotor blade combustion section (32x), and various energy storage as various cooling equipment using cold energy Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various cooling facility equipment using cold energy .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various cooling facility equipment using cold energy .   Various energy storage cycles that have a mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all blade blade turbines, and that uses all the blade combustion sections (32x) to make various types of cooling equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various cooling equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various cooling facilities equipment using cold heat.   A variety of energies for various types of cooling equipment, including a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32x) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e), and various energy used as various cooling equipment using cold heat with all blade combustion section (32x) Conservation cycle coalescence organization.   Various types of cooling equipment that uses cold heat with a mercury exhaust inspection room (1A) that cools the exhaust of a vertical blade-type all blade water turbine (8B) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of cooling equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32x) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32x), and various cooling equipment using cold energy A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e). Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32x), and various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various cooling equipment using cold heat Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32x) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) and various cooling using cold heat Various energy storage cycle coalescing engines as equipment.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e), and various cooling using cold heat Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a moving blade combustion section (32y) to make various types of cooling equipment using cold energy.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection chamber (1A) that cools all the blade blade turbines with the condensate of all blade blade water turbines (32y), and is used for various types of cooling equipment using cold energy. Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various cooling equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various cooling facility equipment using cold energy .   Various energy storage cycles with various types of cooling equipment using cold heat, including a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all blade water turbines Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of cooling equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various types of cooling equipment.   Various types of energy for various cooling equipment using cold heat, including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for cooling equipment that has a mercury exhaust inspection room (1A) and a whole blade combustion section (32y) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of cooling equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e) (1A) all blade combustion section (32y) Energy conservation cycle coalescence engine.   Various types of cooling equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical blade-type all-blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32y) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various cooling equipment using cold energy A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling energy storage compressor (20X) with water cooling heat (52e) to provide various cooling equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y), and various cooling equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of the all blade water turbine, and various cooling equipment using cold heat Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using various types of cooling equipment, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and various cooling facilities utilizing cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   It has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e), and various cooling using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various cooling using cold heat Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescence engines with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) having a turbine blade cross section (4X) and various hot piping greenhouses.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and used as various thermal piping greenhouses .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various greenhouse pipes.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Combined with various energy storage cycle greenhouses equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) and various hot-pipe greenhouses organ.   Combined with various energy storage cycle greenhouses equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and various hot piping greenhouses organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) that combines the vertical exhaust blade water turbine (8B) with water-cooled heat (52e) and a combined engine combustion section (31t) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various hot-pipe greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various hot piping greenhouses Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) and various types of energy storage in various hot-pipe greenhouses Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) and various heat storage piping greenhouses Cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X) Mercury exhaust inspection room (1A) Combined engine combustion section (31t) Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools an existing compressor (20Y) with water cooling heat (52e), and various hot piping greenhouses Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with alcohol cold (52e) and various hot piping greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of vertical type blade turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various hot piping greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various hot-pipe greenhouses .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various greenhouse pipes.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various greenhouse pipes.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Combined with various energy conservation cycle units equipped with mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools exhaust of turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various hot-pipe greenhouses organ.   Combined with various energy storage cycle greenhouses equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) and various hot piping greenhouses organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various hot-pipe greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various hot-pipe greenhouses Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31u) and various types of energy storage for various hot-pipe greenhouses Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31u) and various heat storage piping greenhouses Cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31u), and various types of hot-pipe greenhouses Energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water-cooled heat (52e), and various types of thermal storage greenhouses for various hot-pipe greenhouses Combined organization.   Various energy storage cycles that include a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e), and various hot piping greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools exhaust of vertical type moving blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalescing engine combustion section (31v) to make various hot piping greenhouses.   Various energy storage cycle coalescence engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all the rotor blade water turbines and various hot-pipe greenhouses.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) to provide various hot-pipe greenhouses.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and having various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and various greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to make various hot piping greenhouses.   Various energy conservation cycle coalescence engines having a coalescence engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the exhaust of the all blade impeller water turbine (8b) with alcohol cold (52e) to form various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) that cools the exhaust of the vertical type moving blade water turbine (8B) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various greenhouse pipes.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various greenhouse pipes.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and having various hot-pipe greenhouses.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various hot-pipe greenhouses.   Various energy storage cycle coalescence engines that have a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) and various thermal piping greenhouses .   Various energy conservation cycle coalescence engines with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and various thermal piping greenhouses .   Combined with various energy storage cycle greenhouses with various thermal pipe greenhouses equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) organ.   Combined with various energy storage cycle greenhouses with various hot-pipe greenhouses equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) organ.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and coalescing engine combustion section (31w) to make various hot piping greenhouses.   Various energy storage cycle coalescence engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all the rotor blade water turbines and various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) and having various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of all blade impeller water turbines (8b) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) for cooling the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various greenhouse pipes.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various greenhouse pipes.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various hot piping greenhouses.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various thermal piping greenhouses.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various thermal piping greenhouses.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various hot piping greenhouses .   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and various thermal piping greenhouses .   Combined with various energy conservation cycle units equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) and used as various thermal piping greenhouses organ.   Combined with various energy storage cycle greenhouses with various thermal pipe greenhouses equipped with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of vertical rotor blade water turbine (8B) with alcohol cold (52e) organ.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion part (31x) and various hot piping greenhouses.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various thermal piping greenhouses .   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various greenhouse pipes.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and made into various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Combined with various energy storage cycle greenhouses equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various hot-pipe greenhouses organ.   Combined with various energy storage cycle greenhouses equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e) and various hot piping greenhouses organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various hot piping greenhouses Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various hot-pipe greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various hot piping greenhouses Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) and various heat storage pipes greenhouses Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31x) and various heat storage pipes greenhouses Cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) Energy conservation cycle coalescence engine.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with water-cooled heat (52e) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e), and various hot piping greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and various hot piping greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and used as various thermal piping greenhouses .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various greenhouse pipes.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various greenhouse pipes.   Various energy conservation cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and made into various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Combined with various energy conservation cycle units equipped with mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various hot-pipe greenhouses organ.   Combined with various energy conservation cycle units equipped with mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and various hot piping greenhouses organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined combustion unit (31y) that cools exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various hot-pipe greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to make various hot piping greenhouses Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various types of thermal storage as greenhouses Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and various heat storage pipes greenhouses Cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a coalesced engine combustion section (31y), and various types of hot-pipe greenhouses Energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with water-cooled heat (52e), and various energy storage cycles for various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) and various hot piping greenhouses Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of vertical type moving blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy conservation cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) all blade combustion section (32t) and various hot piping greenhouses.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and used as various hot-pipe greenhouses organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all blade blade turbines, and various energy storage cycle coalescence engines with various blade combustion chambers (32t) and various hot-pipe greenhouses .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Combined organization.   Mercury exhaust inspection chamber (1A) that cools exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold heat (52e), various energy storage cycles including all blade combustion section (32t) and various hot-pipe greenhouses Combined organization.   Mercury exhaust inspection room (1A) that cools exhaust from vertical all blade water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e), all blade combustor (32t), and various types of hot-pipe greenhouses for energy conservation Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) All blade combustion section (32t) and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) various heat pipes various energy Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools existing compressor (20Y) with condensate of all blade water turbines and various hot-pipe greenhouses Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) Whole blade combustion section (32t) for cooling existing compressor (20Y) with water-cooled heat (52e) Cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with alcohol cold (52e), and a full blade combustion section (32t) to provide various types of hot-pipe greenhouses. Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of vertical type blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32u) and various hot piping greenhouses.   Combined with various energy storage cycles including a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various hot-pipe greenhouses organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines (1A) All rotor blade combustion section (32u) and various energy storage cycle coalescing engines as various hot-pipe greenhouses .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e), and various energy storage cycles including all blade combustion sections (32u) and various hot-pipe greenhouses Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of a vertical-type all blade water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Energy storage for various types of hot-pipe greenhouses equipped with a mercury exhaust inspection chamber (1A) full-blade combustion section (32u) that cools the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32u) and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32u) and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbines to make various hot-pipe greenhouses Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with water-cooled heat (52e), and a variety of energy storage for various hot-pipe greenhouses with a full blade combustion section (32u) Cycle coalescence engine.   A turbine blade cross section (4X) that cools an existing compressor (20Y) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various types of energy storage in various hot-pipe greenhouses Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of vertical type blade turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools exhaust of vertical type blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy conservation cycle coalescence engines with turbine blade cross section (4X) and full blade combustion section (32v) and various hot piping greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32v) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the energy storage compressor (20X) with water-cooled heat (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32v) that cool the energy storage compressor (20X) with alcohol cold (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32v) that cool the existing compressor (20Y) with the condensate of all the blade water turbines to make various thermal piping greenhouses.   Various energy storage cycle coalescence engine which has all blade combustion part (32v) which cools existing compressor (20Y) with water-cooled heat (52e), and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32v) that cool the existing compressor (20Y) with alcohol cold (52e) to make various hot piping greenhouses.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32v) that cool the exhaust of all bucket blade turbine water turbine (8b) with alcohol cold (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the exhaust of the vertical all-blade water turbine (8B) with water-cooled heat (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to make various hot piping greenhouses.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) all blade combustion section (32v) that cools energy storage compressor (20X) with condensate of all blade water turbine and various hot pipe greenhouses .   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and various hot-pipe greenhouses.   Various energy conservation cycle coalescence engines with turbine blade cross section (4X) all blade combustion section (32v) that cools existing compressor (20Y) with condensate of all blade water turbine and made into various hot piping greenhouses.   Various energy storage cycle coalescence engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and that are various hot-pipe greenhouses.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) all blade combustion section (32v) that cools existing compressor (20Y) with alcohol cold (52e) and various hot piping greenhouses.   Combined with various energy storage cycle greenhouses with various blade combustion chambers (32v) equipped with turbine blade cross section (4X) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) organ.   Combined with various energy storage cycle greenhouses with various blade combustion chambers (32v) with a turbine blade cross section (4X) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various hot piping greenhouses Combined organization.   Various energy conservation cycle coalescence engines with turbine blade cross section (4X) and full blade combustion section (32w) to make various hot piping greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with the condensate of all the blade water turbines to make various types of thermal piping greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with alcohol cold (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32w) that cool the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various hot piping greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32w) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various hot piping greenhouses.   Various energy storage cycle coalescence engines equipped with all blade combustion parts (32w) that cool the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) to make various hot-pipe greenhouses.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) whole blade combustion section (32w) that cools energy storage compressor (20X) with condensate of all blade water turbine, and various hot-pipe greenhouses .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) all blade combustion section (32w) that cools existing compressor (20Y) with condensate of all blade water turbine and made into various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) full rotor blade combustion section (32w) that cools an existing compressor (20Y) with water cooling heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with alcohol cold (52e), and has various hot-pipe greenhouses.   Combined with various energy storage cycle greenhouses with various blade combustion chambers (32w) having a turbine blade cross section (4X) that cools the exhaust of a turbine blade turbine (8b) with water cooling heat (52e) organ.   Combined with various energy storage cycle greenhouses with various blade combustion chambers (32w) equipped with turbine blade cross section (4X) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles with a turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and various hot-pipe greenhouses Combined organization.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32x) and various hot piping greenhouses.   Combined with various energy storage cycles including a mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and various hot-pipe greenhouses organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines (1A) All rotor blade combustion section (32x) and various energy storage cycle coalescing engines as various hot-pipe greenhouses .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Various energy conservation cycles with all-blade combustion section (32x) and various hot-pipe greenhouses. Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e), and various energy storage cycles including all blade combustion section (32x) and various hot piping greenhouses Combined organization.   Mercury exhaust inspection room (1A) that cools the exhaust of a vertical-type all-blade water turbine (8B) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with alcohol cold (52e). Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32x) and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x), and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling the existing compressor (20Y) with the condensate of all blade water turbines and various hot-pipe greenhouses Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with water-cooled heat (52e), and a variety of energy storage for various hot-pipe greenhouses with a full blade combustion section (32x) Cycle coalescence engine.   A turbine blade cross section (4X) that cools an existing compressor (20Y) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32x), and various types of energy storage for various hot-pipe greenhouses Cycle coalescence engine.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of vertical type blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32y) and various hot piping greenhouses.   Combined with various energy storage cycle greenhouses, including a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and various hot-pipe greenhouses organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) to make various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines (1A) All rotor blade combustion section (32y) and various energy storage cycle coalescing engines as various hot-pipe greenhouses .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various hot-pipe greenhouses.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various hot-pipe greenhouses.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with water cooling heat (52e) (1A) Various energy storage cycles including all blade combustion section (32y) and various hot-pipe greenhouses Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the exhaust of all-blade bouncing water turbine (8b) with alcohol cold (52e) and various hot-pipe greenhouses Combined organization.   Energy storage for various types of hot-pipe greenhouses equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools exhaust of vertical blade-type water turbine water turbine (8B) with alcohol cold heat (52e), and various energy storage for various hot-pipe greenhouses with full blade combustion section (32y) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32y) and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) and various types of energy for various hot-pipe greenhouses Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools existing compressor (20Y) with condensate of all blade water turbines to make various hot-pipe greenhouses Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4X) Mercury exhaust inspection room (1A) All blade combustion section (32y) for cooling existing compressor (20Y) with water-cooled heat (52e) Cycle coalescence engine.   A turbine blade cross section (4X) that cools an existing compressor (20Y) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various energy storages for various hot-pipe greenhouses Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust of vertical type blade (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X) and various heat pipe equipment.   Combined with various energy storage cycle equipment, including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as various types of thermal piping equipment. organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various thermal pipe equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of thermal piping equipment .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31t) that cools the exhaust of the all-wheel impeller water turbine (8b) with water-cooled heat (52e) and various types of thermal piping equipment. Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment. Combined organization.   Various types of energy storage with various types of thermal piping equipment including a mercury exhaust inspection room (1A) and a combined engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31t) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) Combined engine combustion section (31t) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31t) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines, and various types of thermal piping equipment Various energy conservation cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various thermal piping equipment.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31u) for cooling the energy storage compressor (20X) with condensate of all blade blade turbines. organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various thermal pipe equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various thermal piping equipment .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various types of thermal piping equipment. Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment Combined organization.   Various types of energy storage with various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) that combines the vertical exhaust blade turbine (8B) with water cooling heat (52e) and a combined engine combustion section (31u) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31u) and various types of energy for various thermal piping equipment Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools existing compressor (20Y) with condensate of all rotor blade water turbines to make various types of thermal piping equipment Various energy conservation cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all rotor blade bouncing water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of vertical type bucket blade turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of vertical type blade turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) and coalesced engine combustion section (31v) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and having various types of thermal piping equipment.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to provide various types of thermal piping equipment.   Various energy storage cycle combined engines having combined combustion unit (31v) that cools existing compressor (20Y) with condensate of all rotor blade water turbines and various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and having various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various types of thermal piping equipment.   Various energy storage cycle coalescence engines having various thermal piping equipment equipment including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with condensate of all rotor blade water turbines .   Various energy storage cycle coalescence engines having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling energy conservation compressor (20X) with water-cooled heat (52e) and various heat pipe equipment.   Various energy storage cycle coalescence engines having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling energy conservation compressor (20X) with alcohol cold (52e) and various heat pipe equipment.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and various thermal piping equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and various heat pipe equipment.   Combined with various energy storage cycle units with various turbine piping section (4V) combined engine combustion section (31v) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) organ.   Combined with various energy storage cycle equipment with various turbine piping sections (4x) combined engine combustion section (31v) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) organ.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical type bladed water turbine (8B) with water cooling heat (52e) and various types of thermal piping equipment. Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping equipment Combined organization.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) and coalesced engine combustion section (31w) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and having various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various types of thermal piping equipment.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a coalescing engine combustion section (31w) for cooling the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various types of thermal piping equipment.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the exhaust of the all-wheel impeller wheel turbine (8b) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and used as various thermal piping equipment.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalesced engines equipped with a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines with various turbine components (4x) combined engine combustion section (31w) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) to form various types of thermal piping equipment.   Various energy storage cycle coalescence engines having turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling energy conservation compressor (20X) with alcohol cold (52e) and various heat pipe equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and various thermal piping equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various types of thermal piping equipment.   Combined with various energy storage cycle equipment, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e) and various types of thermal piping equipment organ.   Combined with various energy storage cycle equipment, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various thermal piping equipment organ.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e), and various types of thermal piping equipment. Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various thermal piping equipment Combined organization.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and various types of thermal piping equipment.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all blade blade turbine organ.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various types of thermal piping equipment .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal piping equipment.   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various types of thermal piping equipment. Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment Combined organization.   Various types of energy storage with various types of thermal piping equipment, including a mercury exhaust inspection room (1A) that combines the vertical exhaust blade turbine (8B) with water-cooled heat (52e) and a combined engine combustion section (31x) Cycle coalescence engine.   Various types of energy storage equipment with various types of thermal piping equipment, including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water cooling heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled by alcohol cold (52e), turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines to provide various types of thermal piping equipment Various energy conservation cycle coalescence engine.   Various types of energy storage for various types of thermal piping equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of vertical type blade turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various thermal piping equipment.   Combined with various energy storage cycle equipment, including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various thermal piping equipment organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and used as various thermal piping equipment.   Various energy storage cycle coalesced engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as various types of thermal piping equipment .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31y) for cooling the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) and various types of thermal piping equipment. Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various hot piping equipment Combined organization.   Various types of energy storage with various types of thermal piping equipment including a mercury exhaust inspection room (1A) and a combined engine combustion section (31y) that cools the exhaust of the vertical type blade turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Energy storage compressor (20X) turbine blade cross section (4X) for cooling with alcohol cold (52e) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various types of energy for various hot piping equipment Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines, and various types of thermal piping equipment Various energy conservation cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools an existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of water turbine (8b) with water cooling heat (52e) and various thermal piping equipment Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of vertical type bucket blade water turbine (8B) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of vertical type moving blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) all blade combustion section (32t) and various thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the energy storage compressor (20X) with the condensate of all blade water turbines and various types of thermal piping equipment Combined organization.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various types of thermal piping equipment.   Combined with various energy storage cycle units equipped with mercury exhaust inspection room (1A) all blade combustion section (32t) that cools existing compressor (20Y) with condensate from all blade water turbines, and various heat pipe equipment organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various thermal piping equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e), 1A, all-blade combustion section (32t), and various types of thermal storage equipment Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e), 1A, all blade combustion section (32t), and various types of thermal storage equipment Cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical blade-type water turbine water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   Various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of thermal piping equipment, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various thermal piping equipment A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust from vertical all blade water turbine (8B) with alcohol cooling (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32u) and various types of thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and various types of thermal piping equipment. Combined organization.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various types of thermal piping equipment.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and used as various thermal piping equipment. organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal piping equipment.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e). Cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) that cools the exhaust of the vertical blade-type water blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32u) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   Various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of vertical type rotor blade water turbine (8B) with water cooling heat (52e), and various thermal piping equipment Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools exhaust of vertical type blade (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32v) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and have various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with alcohol cold (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade water turbines and that make various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32v) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32v) that cool the existing compressor (20Y) with alcohol cold (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32v) that cool the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32v) that cool the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) to make various types of thermal piping equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with condensate of all blade water turbines. organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and various thermal piping equipment.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) all blade combustion section (32v) that cools existing compressor (20Y) with condensate of all blade water turbine and used as various thermal piping equipment .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various thermal piping equipment.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) and various types of thermal piping equipment Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment Combined organization.   Various types of energy storage with various types of thermal piping equipment, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment including a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust from a vertical blade-type water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with turbine blade cross section (4X) and full blade combustion section (32w) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and have various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all the blade combustion parts (32w) that cool the energy storage compressor (20X) with water-cooled heat (52e) and have various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with alcohol cold (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all-blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and that make various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with alcohol cold (52e) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32w) that cool the exhaust of all bucket blade water turbines (8b) with water cooling heat (52e) and used as various thermal piping equipment.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the exhaust of all bucket blade turbine water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust from the vertical all blade water turbine (8B) with water-cooled heat (52e) to make various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to make various types of thermal piping equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with condensate of all blade water turbines organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and various thermal piping equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various thermal piping equipment.   Various energy storage cycle coalescence engines with turbine blade cross section (4X) all blade combustion section (32w) that cools existing compressor (20Y) with condensate of all blade water turbine and used as various thermal piping equipment .   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32w) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) all blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various thermal piping equipment.   Various energy storage cycles that have turbine blade cross section (4X) total blade combustion section (32w) that cools exhaust of water turbine (8b) with water cooling heat (52e) and various thermal piping equipment. Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various types of thermal piping equipment Combined organization.   Various types of energy storage with various hot-pipe equipment including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical-type all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of thermal piping equipment, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with turbine blade cross section (4X) and mercury exhaust inspection room (1A) all rotor blade combustion section (32x) as various thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines, and various types of thermal piping equipment. Combined organization.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are various types of thermal piping equipment.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various types of thermal piping equipment.   Combined with various energy storage cycle units equipped with mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools existing compressor (20Y) with condensate from all blade water turbines, and various types of thermal piping equipment organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various thermal piping equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e), 1A, all blade combustion section (32x), and various types of thermal storage equipment Cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment, including a mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   Various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of thermal piping equipment, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust from vertical all blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32y) and various types of thermal piping equipment.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and various types of thermal piping equipment. Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various types of thermal piping equipment.   Combined with various energy storage cycle units equipped with mercury exhaust inspection room (1A) all blade combustion section (32y) that cools existing compressor (20Y) with condensate of all blade water turbines and various types of thermal piping equipment organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various types of thermal piping equipment.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various types of thermal piping equipment.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Cycle coalescence engine.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and a variety of thermal piping facilities and equipment with a full blade combustion section (32y) Cycle coalescence engine.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and a full blade combustion section (32y) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of the vertical blade dynamic water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbines Various energy conservation cycle coalescing engines.   Various types of thermal piping equipment including a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Various types of energy for various types of thermal piping equipment, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of thermal piping equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) having a turbine blade cross section (4X) and various cold pipe constructions.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various cold heat pipe buildings .   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) to form various cold pipe buildings.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various cold pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and made into various cold piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and made into various cold piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and various cold pipe constructions.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and various cold-pipe buildings organ.   Combined with various energy conservation cycle buildings equipped with mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and combined with various combustion pipes (31t) organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all-blade water turbine (8B) with water cooling heat (52e) and various cold heat pipe buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various cold piping buildings Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) is cooled by water-cooled heat (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31t) and various cold-pipe buildings Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31t) and various cold storage pipe buildings Cycle coalescence engine.   Various cooling pipe buildings with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles with various cold piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various cooling pipe buildings including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various cold heat pipe buildings Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various cold pipe constructions.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines, and various cold piping buildings .   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) to form various cold piping structures.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various cold pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various cold pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various cold piping buildings.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) and various cold-heated piping buildings organ.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold heat (52e) and various cold pipe buildings organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e), and various cold-heated piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) and various cold pipe constructions Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31u) and various energy storage pipes Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) and various types of cold storage building Cycle coalescence engine.   Various cooling pipe buildings with a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles with various cold piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy conservation cycles with various cold piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various cold heat pipe buildings Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31v) as various cold piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various cold pipe buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various cold pipe buildings.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and having various cold piping structures.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various cold-heat pipe buildings.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold heat (52e) to form various cold pipe constructions.   Various energy storage cycle combined engines having a combined engine combustion section (31v) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various cold piping buildings.   Various energy storage cycle combined engines having a combined engine combustion section (31v) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) to form various cold piping buildings.   Various energy conservation cycle coalescence engines having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling energy conservation compressor (20X) with condensate of all rotor blade water turbines and various cold pipe constructions.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to form various cold pipe constructions.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various cold pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine, and various cold pipe constructions.   Various energy storage cycle coalescing engines having various types of cold piping buildings having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling the existing compressor (20Y) with water-cooled heat (52e).   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling an existing compressor (20Y) with alcohol cold (52e) and various cold heat pipe buildings.   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion part (31v) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) and various cold piping buildings .   Various energy conservation cycle coalescence engine with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) and various cold pipe construction .   Combined with various energy conservation cycle buildings having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling exhaust gas from a vertical all blade water turbine (8B) with water cooling heat (52e). organ.   Combined with various energy conservation cycle buildings having a turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling exhaust gas from a vertical all blade water turbine (8B) with alcohol cold (52e) organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a coalesced engine combustion section (31w) to form various cold piping buildings.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and having various cold piping structures.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines to form various cold piping buildings.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines having a coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31w) that cools the exhaust of the all-wheel impeller wheel turbine (8b) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines comprising a coalescing engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and various cold pipe buildings.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools the exhaust of the vertical type moving blade water turbine (8B) with water-cooled heat (52e) and having various cold-heat pipe buildings.   Various energy storage cycle coalescing engines having a coalesced engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) to form various cold pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with the condensate of all the moving blade water turbines, and various cold pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to form various cold pipe constructions.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various cold pipe constructions.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and various cold pipe constructions.   Various energy storage cycle coalescing engines that have a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are various cold pipe constructions.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with alcohol cold (52e) and various cold heat pipe buildings.   Various energy storage cycle coalescence engines with turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools exhaust of water turbine (8b) with water-cooled heat (52e) and various cold pipe constructions .   Various energy storage cycle coalescence engines with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of turbine blade turbine (8b) with alcohol cold heat (52e) and various cold pipe constructions .   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) and various cold-heat pipe buildings organ.   Combined with various energy storage cycle units having a turbine blade cross section (4X) combined engine combustion section (31w) for cooling exhaust gas from a vertical all blade water turbine (8B) with alcohol cold heat (52e) to form various cold pipe buildings organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) to form various cold piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various cold piping buildings .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various cold pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and made into various cold piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and various cold pipe constructions.   Combining various energy storage cycles with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of all blade impeller water turbines (8b) with water-cooled heat (52e) and various types of cold piping buildings organ.   Combined with various energy conservation cycle buildings with a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold (52e) and combined with various combustion pipes (31x) organ.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with water cooling heat (52e) and various cold piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and various cold piping buildings Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31x) and various types of cold storage buildings Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31x) and various cold storage pipe buildings Cycle coalescence engine.   Various cooling pipe buildings with a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all blade blade water turbines Energy conservation cycle coalescence engine.   Various energy storage cycles including various turbine pipes with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with water cooling heat (52e) Combined organization.   Various energy storage cycles with various cold piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   The turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical type bucket blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   The turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical type moving blade water turbine (8B) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) and various cold heat pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with the condensate of all rotor blade water turbines and various cold heat pipe buildings .   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) to form various cold piping buildings.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various cold heat pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and various cold heat pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and made into various cold piping buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various cold piping buildings.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) and various cold-heated piping buildings organ.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various cold piping buildings organ.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various cold piping buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) for cooling exhaust from a vertical all blade water turbine (8B) with alcohol cold (52e) and various cold pipe constructions Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) Combined engine combustion section (31y) and various types of cold storage building Cycle coalescence engine.   Energy storage compressor (20X) cooled by alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) coalesced engine combustion section (31y) and various cold storage pipe buildings Cycle coalescence engine.   Various cooling pipe buildings with a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of the whole blade water turbine Energy conservation cycle coalescence engine.   Various energy conservation cycles with various cold-pipe buildings including a turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) Combined organization.   Various energy conservation cycles with various cold piping buildings including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) Combined organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and various cold piping buildings Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all rotor blade combustion section (32t) as various cold pipe constructions.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with condensate of all blade water turbines, and various cold pipe buildings organ.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and having various cold-pipe buildings.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various cold pipe buildings.   Mercury exhaust inspection room (1A) for cooling existing compressor (20Y) with condensate of all rotor blade water turbine (1A) All rotor blade combustion section (32t) and various energy storage cycle coalescing engines as various cold piping buildings .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and made into various cold piping buildings.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and various blade combustion sections (32t). Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various cold-pipe buildings Combined organization.   Various types of energy storage with various types of cold piping buildings equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of cold-pipe buildings, including a mercury exhaust inspection room (1A) that cools the exhaust from a vertical all-blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All blade combustor (32t) and various types of energy for various cold piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) cooled with alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32t) and various types of energy building Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage with various cooling pipe buildings including turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and various cold piping buildings Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all rotor blade combustion section (32u) and various cold piping buildings.   Combined with various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with the condensate of the all blade water turbine organ.   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and that are various cold-pipe buildings.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and various cold pipe buildings.   Mercury exhaust inspection room (1A) that cools existing compressor (20Y) with condensate of all blade water turbines, and various energy storage cycle coalescing engines with various blade combustion sections (32u) .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and various cold pipe buildings.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of all-blade impeller wheel turbine (8b) with water-cooled heat (52e) and various cold-pipe buildings Combined organization.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various cold pipe buildings Combined organization.   Various types of energy storage with various types of cold piping buildings including mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools vertical exhaust blade water turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of cold piping buildings equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) All blade combustor (32u) and various types of energy for cold piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled with alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) and various cold piping buildings Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools existing compressor (20Y) with condensate of all blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage in the form of various types of cold-pipe buildings with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage in various cold piping buildings with a turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various cold pipe buildings A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32v) to make various cold piping buildings.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all-blade blade water turbines and has various cold pipe constructions.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the energy storage compressor (20X) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines having a whole blade combustion part (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various cold pipe buildings.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and has various cold-heat pipe buildings   Various energy storage cycle coalescing engines having various moving-blade combustion sections (32v) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various cold-heat pipe buildings.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools existing compressor (20Y) with alcohol cold (52e) to form various cold pipe buildings.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32v) for cooling the exhaust of all bucket blade water turbines (8b) with water cooling heat (52e) and various cold piping buildings.   Various energy storage cycle coalescing engines having all moving blade combustion sections (32v) for cooling the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32v) for cooling exhaust gas from the vertical all blade water turbine (8B) with alcohol cold (52e) to form various cold pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) for cooling an energy storage compressor (20X) with condensate of all blade water turbines and various cold piping buildings .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full rotor blade combustion section (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various cold pipe constructions.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with condensate of all the blade water turbines and has various cold piping structures.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with water-cooled heat (52e) and various cold-heat pipe buildings.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the existing compressor (20Y) with alcohol cold (52e) and that are various cold piping structures.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) all blade combustion section (32v) that cools the exhaust of all rotor blade water turbine (8b) with water cooling heat (52e) and various cold piping buildings organ.   Combined with various energy conservation cycle buildings with turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) organ.   Various types of energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) and various cold-pipe buildings Combined organization.   Various energy storage cycles including various blade constructions with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Combined organization.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and full blade combustion section (32w) to make various cold piping buildings.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all the blade water turbines and have various cold piping structures.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines having a whole blade combustor (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various cold pipe buildings.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with the condensate of all the blade water turbines to form various cold pipe buildings.   Various energy storage cycle coalescing engines equipped with all moving blade combustion sections (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines having various moving blade combustion parts (32w) for cooling the existing compressor (20Y) with alcohol cold (52e) to form various cold pipe buildings.   Various energy storage cycle coalescing engines having all blade combustion parts (32w) for cooling the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines which have all rotor blade combustion sections (32w) for cooling exhaust air from the turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various cold pipe buildings.   Various energy storage cycle coalescing engines which have all blade combustion parts (32w) for cooling the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines which have all blade combustion parts (32w) that cool the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and have various cold piping buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines and having various cold piping buildings .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full rotor blade combustion section (32w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various cold-heat pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32w) that cools the existing compressor (20Y) with condensate of all the blade water turbines and various cold pipe constructions.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) that cools an existing compressor (20Y) with water-cooled heat (52e) and various cold-heat pipe buildings.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) for cooling an existing compressor (20Y) with alcohol cold (52e) and various cold pipe constructions.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) and various cold piping buildings organ.   Combined with various energy conservation cycle buildings with a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various cold pipe buildings organ.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various cold piping buildings Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various cold pipe buildings Combined organization.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection room (1A) all rotor blade combustion section (32x) and various cold pipe constructions.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade blade turbines organ.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various cold pipe buildings.   Mercury exhaust inspection room (1A) that cools existing compressor (20Y) with condensate of all rotor blade water turbine (1A) All rotor blade combustion section (32x) and various energy storage cycle coalescing engines .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and made into various cold-pipe buildings.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) and made into various cold piping buildings.   Mercury exhaust inspection room (1A) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e). Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the exhaust of all-blade bucket turbine water turbine (8b) with alcohol cold (52e) and various cold-pipe buildings Combined organization.   Energy saving for various types of cold piping buildings with a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32x) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage in various types of cold piping buildings with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type water blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32x) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling the energy storage compressor (20X) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32x) and various types of energy used as cold piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) cooled by alcohol cold (52e) Turbine blade cross section (4X) Mercury exhaust inspection room (1A) All rotor blade combustion section (32x) and various types of energy for various cold piping buildings Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling the existing compressor (20Y) with the condensate of all blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage with various cooling pipe buildings including turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage for various cold piping buildings with turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) for cooling the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e), and various cold pipe buildings A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), a full blade combustion section (32y), and various cold pipe buildings.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, and various cold piping buildings organ.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines having a mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various cold piping buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) whole blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all blade blade turbines and various cold pipe buildings .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) to form various cold-pipe buildings.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e) and various cold pipe buildings.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32y) for cooling the exhaust of all rotor blade water turbine (8b) with water cooling heat (52e) and various cold piping buildings. Combined organization.   Various energy storage cycles including a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) and various cold pipe buildings Combined organization.   Various types of energy storage with various types of cold-pipe buildings including a mercury exhaust inspection room (1A) and a full-blade combustion section (32y) that cools the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage with various types of cold-pipe buildings, including a mercury exhaust inspection room (1A) full-blade combustion section (32y) that cools the exhaust of a vertical all-blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbine, Various energy conservation cycle coalescence engine.   Energy storage compressor (20X) cooled by water-cooled heat (52e) Turbine blade cross section (4X) Mercury exhaust inspection chamber (1A) All blade combustor (32y) and various types of energy for various cold piping buildings Conservation cycle coalescence organization.   Energy storage compressor (20X) is cooled with alcohol cold (52e) turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) and various cold piping buildings Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with condensate of all blade blade water turbines to form various cold piping buildings Various energy conservation cycle coalescence engine.   Various types of energy storage in the form of various cold pipes with a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage in the form of various types of cold-pipe buildings with a turbine blade cross-section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) Cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e) Various energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Various energy conservation cycle coalescing engines.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of a vertical blade (8B) with water-cooled heat (52e) and various cold-pipe buildings A variety of energy conservation cycle coalescence engine.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust from the vertical all blade water turbine (8B) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various energy storage cycle coalescing engines with various refrigeration equipment using cold heat, including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) with a turbine blade cross section (4X).   Various energy storage cycles including a mercury exhaust inspection room (1A) and a combined engine combustion section (31t) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various refrigeration equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various refrigeration equipment utilizing cold energy.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as a variety of refrigeration equipment utilizing cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools exhaust air from a turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold heat, including a mercury exhaust inspection chamber (1A) that combines the combustion of the combined engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold energy, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Cooling refrigeration equipment with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools an energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine (1X), a mercury exhaust inspection chamber (1A), a combined engine combustion section (31t), and various refrigeration equipment using cold energy Various energy conservation cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold heat, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e). A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescing engine combustion section (31u) and various refrigeration equipment utilizing cold heat.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various refrigeration equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment utilizing cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as refrigeration equipment using cold energy organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as cold refrigeration equipment.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various refrigeration equipment using cold heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various refrigeration equipment using cold heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Cooling refrigeration equipment with a turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools an energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with condensate of all rotor blade water turbines and various refrigeration equipment using cold energy, Various energy conservation cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) A variety of energy conservation cycle coalescence engine.   A turbine blade section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) A variety of energy conservation cycle coalescence engine.   Various refrigeration equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical rotor blade turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Various refrigeration equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) and a coalesced engine combustion part (31v) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) for cooling the energy storage compressor (20X) with alcohol cold (52e) to form various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines, and making various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools an existing compressor (20Y) with water-cooled heat (52e) to provide various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the all-rotor-bladed vehicle water turbine (8b) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as various refrigeration equipment using cold heat.   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as various refrigeration equipment utilizing cold energy organ.   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalesced engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various refrigeration equipment using cold energy .   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycles with various refrigeration equipment using cold heat, equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a turbine blade turbine (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles comprising a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust from a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various cold-use refrigeration equipment. Combined organization.   Various types of energy storage as various refrigeration equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy conservation as various refrigeration equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalesced engines that have a turbine blade cross section (4X) and a coalesced engine combustion part (31w) and are used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to form various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold (52e) to form various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools an existing compressor (20Y) with alcohol cold (52e) to provide various refrigeration equipment using cold heat.   Various energy storage cycle coalescence engines having a combined engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a combined engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools the exhaust of a vertical all blade water turbine (8B) with water-cooled heat (52e) to provide various refrigeration equipment using cold heat.   Various energy storage cycle combined engines having a combined engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold heat (52e) to make various refrigeration equipment using cold heat.   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and used as cold refrigeration equipment. organ.   Various energy storage cycle coalescing engines having a turbine blade cross-section (4X) coalescence engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to form various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to provide various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various refrigeration equipment using cold heat .   Various energy storage cycle coalesced engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling an existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescence engines having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycles that have a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a turbine blade turbine water turbine (8b) with water-cooled heat (52e) to make various refrigeration equipment using cold heat Combined organization.   Various energy storage cycles including various refrigeration equipment using cold heat, including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Combined organization.   Various types of energy storage as refrigeration equipment using cold heat with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed turbine (8B) with water-cooled heat (52e) Cycle coalescence engine.   Various types of energy storage as refrigeration equipment using cold energy, including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalesced engines having a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalesced engine combustion section (31x) to produce various refrigeration equipment using cold heat.   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and used as various refrigeration equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various refrigeration equipment utilizing cold energy.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as various refrigeration equipment using cold energy organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold energy.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various refrigeration equipment using cold heat, including a mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold heat, including a mercury exhaust inspection chamber (1A) that combines the combustion of the combined engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Cooling refrigeration equipment equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling an energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   The existing compressor (20Y) is cooled by the condensate of all blade blade turbines, and has a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalesced engine combustion section (31x) and various refrigeration equipment using cold energy, Various energy conservation cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the exhaust of all moving blade impeller water turbine (8b) with water-cooled heat (52e) and various refrigeration equipment using cold heat A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all bucket impeller water turbines (8b) with alcohol cold (52e), and various refrigeration equipment using cold heat A variety of energy conservation cycle coalescence engine.   Various refrigeration equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Various refrigeration equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) and various refrigeration equipment utilizing cold heat.   Various energy storage cycles including a mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various refrigeration equipment using cold energy Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment utilizing cold energy.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e) and having various refrigeration equipment using cold energy.   Combined with various energy storage cycles, including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines, and used as refrigeration equipment using cold energy organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold energy.   Energy storage for various types of refrigeration equipment using cold heat, equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) Cycle coalescence engine.   Energy storage for various types of refrigeration equipment using cold heat, including a mercury exhaust inspection chamber (1A) that combines the combustion engine (31y) for cooling the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold heat, including a mercury exhaust inspection room (1A) that combines the combustion of the combined engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold heat, including a mercury exhaust inspection room (1A) combined engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Refrigeration equipment using cold energy with energy storage compressor (20X) equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling with condensate of all rotor blade water turbines Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment using cold energy with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools an energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines and various refrigeration equipment using cold energy, Various energy conservation cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools an existing compressor (20Y) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbines (8b) with water-cooled heat (52e). A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the exhaust of all blade impeller water turbine (8b) with alcohol cold heat (52e) and various refrigeration equipment using cold heat A variety of energy conservation cycle coalescence engine.   Various refrigeration equipment using cold heat with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Various energy storage cycle coalescing engines as equipment.   Various refrigeration equipment using cold heat provided with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32t), and various refrigeration equipment using cold energy.   Energy conservation compressors (20X) with a mercury exhaust inspection chamber (1A) that cools all compressor blade water turbines with condensate of all rotor blade water turbines (32t), and various energy conservation as various refrigeration equipment using cold energy Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat .   Various energy storage cycle coalescing engines that have a mercury exhaust inspection room (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e), and that are used as cold refrigeration equipment. .   Various energy storage cycles equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and used as various refrigeration equipment using cold energy Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) for cooling an existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold heat.   Various types of energy for refrigeration equipment using cold energy with a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various energy for refrigeration equipment that uses cold energy, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a turbine blade turbine (8b) with alcohol cold (52e) and a full blade combustion section (32t) Conservation cycle coalescence organization.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type all-blade water turbine (8B) with water-cooled heat (52e) (1A) all blade combustion section (32t) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type whole blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32t) Energy conservation cycle coalescence engine.   Refrigeration equipment using cold energy with energy storage compressor (20X) equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) for cooling with condensate of all blade water turbine A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a moving blade combustion section (32t), and various refrigeration equipment using cold heat. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various refrigeration equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various refrigeration equipment using cold energy Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment that uses cold heat, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) whole blade combustion section (32t) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of all blade impeller water turbines (8b) with water cooling heat (52e), and various refrigeration equipment using cold heat Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cool (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical blade-type whole blade water turbine (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X), a mercury exhaust inspection room (1A), and a whole blade combustion section (32u) to make various refrigeration equipment using cold energy.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection chamber (1A) that cools all the blade blade turbines with the condensate of all blade blade water turbines (32u), and is used for various refrigeration equipment using cold energy. Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various cold refrigeration equipment. .   Various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and used as various refrigeration equipment utilizing cold energy Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment utilizing cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment utilizing cold heat.   Various types of energy for refrigeration equipment utilizing cold energy, including a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32u) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for refrigeration equipment using cold energy, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) and a full blade combustion section (32u) Conservation cycle coalescence organization.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type whole blade water turbine (8B) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type whole blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32u) Energy conservation cycle coalescence engine.   Refrigeration equipment using cold energy with energy storage compressor (20X) equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling with condensate of all blade water turbine A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a moving blade combustion section (32u), and various refrigeration equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32u), and various refrigeration equipment using cold energy Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various refrigeration equipment using cold heat Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment that use cold energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with water-cooled heat (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cool (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a full blade combustion section (32v) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have a full blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines to make various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines that have a full blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and that are refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the existing compressor (20Y) with water-cooled heat (52e) to form various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines having various moving blade combustion sections (32v) for cooling the existing compressor (20Y) with alcohol cold (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have a full blade combustion section (32v) that cools the exhaust of the turbine blade turbine 8b with water-cooled heat (52e) to provide various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) to make various refrigeration equipment using cold energy.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of a vertical all-blade water turbine (8B) with water-cooled heat (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines which have all blade combustion parts (32v) that cool the exhaust of the vertical all-blade water turbine (8B) with alcohol cold (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycles including various refrigeration equipment using cold heat, including a turbine blade cross section (4X) whole blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of the whole blade water turbine Combined organization.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment utilizing cold heat.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as cold-cooled various refrigeration equipment.   Combined with various energy storage cycles, including a turbine blade cross section (4X) all blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and used as various refrigeration equipment utilizing cold energy organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools the existing compressor (20Y) with water-cooled heat (52e) and that are used as cold-cooled various refrigeration equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as various cold-use refrigeration equipment.   All kinds of energy storage as refrigeration equipment using cold heat with a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   All kinds of energy storage as refrigeration equipment using cold heat with a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy used as various refrigeration equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy used as refrigeration equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust from a vertical blade-type water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a whole blade combustion section (32w) and are used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have all blade combustion parts (32w) that cool the energy storage compressor (20X) with the condensate of all blade water turbines and that are refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have all-blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines which are equipped with an all-blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalesced engines equipped with an all-blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various refrigeration equipment using cold energy   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines equipped with all blade combustion parts (32w) that cool the existing compressor (20Y) with alcohol cold (52e) and used as various cold refrigeration equipment.   Various energy storage cycle coalescing engines that have a full blade combustion section (32w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) to make various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have a full blade combustion section (32w) that cools the exhaust of all bucket blade water turbines (8b) with alcohol cold (52e) to provide various refrigeration equipment using cold energy.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and used as various refrigeration equipment utilizing cold heat.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) that cool the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycles with various refrigeration equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with condensate of all blade water turbines Combined organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all blade combustion section (32w) that cools the energy storage compressor (20X) with alcohol cold (52e) to make various refrigeration equipment using cold heat.   Combined with various energy storage cycles, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of the full blade water turbine and used as various refrigeration equipment using cold energy organ.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32w) that cools an existing compressor (20Y) with water-cooled heat (52e) and that are used as cold-cooled various refrigeration equipment.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) all-blade combustion section (32w) that cools an existing compressor (20Y) with alcohol cold (52e) and that are used as cold refrigeration equipment.   All kinds of energy storage as refrigeration equipment using cold heat with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   All kinds of energy storage as refrigeration equipment using cold energy with a turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for various types of refrigeration equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for various types of refrigeration equipment using cold heat, including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines that have a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) all blade combustion section (32x) to make various refrigeration equipment using cold energy.   Energy storage compressor (20X) is cooled by the condensate of all rotor blade water turbines and has a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32x), and various energy storage as various refrigeration equipment using cold energy Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32x) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various refrigeration equipment using cold heat .   Various energy storage cycles including a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various refrigeration equipment using cold energy Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various cold-use refrigeration equipment.   Various types of energy for refrigeration equipment utilizing cold energy, including a mercury exhaust inspection chamber (1A) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various energy for refrigeration equipment that uses cold energy, including a mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and a full blade combustion section (32x) Conservation cycle coalescence organization.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type whole blade water turbine (8B) with water-cooled heat (52e) (1A) all blade combustion section (32x) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32x) Energy conservation cycle coalescence engine.   Refrigeration equipment using cold energy equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with the condensate of all blade water turbines A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32x), and various refrigeration equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32x), and various refrigeration equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the full blade water turbine Various energy conservation cycle coalescing engines.   Various types of refrigeration equipment that use cold energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools an existing compressor (20Y) with water-cooled heat (52e) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cool (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of a vertical type bucket blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a whole blade combustion section (32y) and various refrigeration equipment utilizing cold energy.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection room (1A) that cools all the blade blade turbines with the condensate of all blade blade turbines (32y), and uses various types of energy storage as refrigeration equipment utilizing cold energy Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat .   Various energy storage cycle coalescence engines that have a mercury exhaust inspection chamber (1A) that cools the energy storage compressor (20X) with alcohol cold (52e) and that uses a whole blade combustion section (32y) to make various types of refrigeration equipment using cold energy .   Various energy storage cycles equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all the blade water turbines and made into various refrigeration equipment utilizing cold energy Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection room (1A) all-blade combustion section (32y) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various refrigeration equipment using cold heat.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection room (1A) all blade combustion section (32y) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various refrigeration equipment using cold heat.   Various energy for refrigeration equipment utilizing cold energy, including a mercury exhaust inspection chamber (1A) and a whole blade combustion section (32y) that cools the exhaust of a turbine blade turbine (8b) with water-cooled heat (52e) Conservation cycle coalescence organization.   Various types of energy for refrigeration equipment utilizing cold energy, including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection chamber (1A) that cools the exhaust of a vertical blade-type full-blade water turbine (8B) with water-cooled heat (52e) and a full-blade combustion section (32y) Energy conservation cycle coalescence engine.   Various types of refrigeration equipment that uses cold heat with a mercury exhaust inspection room (1A) that cools the exhaust of a vertical blade-type whole blade water turbine (8B) with alcohol cold (52e) and a full blade combustion section (32y) Energy conservation cycle coalescence engine.   Refrigeration equipment using cold energy with energy storage compressor (20X) equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32y) for cooling with condensate of all blade water turbine A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a moving blade combustion section (32y), and various refrigeration equipment using cold energy. Various energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), and a whole blade combustion section (32y). Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the existing compressor (20Y) with the condensate of a full blade water turbine, a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various refrigeration equipment using cold energy Various energy conservation cycle coalescing engines.   Various energy storage cycle coalescence engine equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling existing compressor (20Y) with water cooling heat (52e).   Various types of refrigeration equipment using cold energy, including a turbine blade cross section (4X) mercury exhaust inspection room (1A) all blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cool (52e) Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of a vertical type blade (8B) with water-cooled heat (52e). Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle combined engines having a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) having a turbine blade cross section (4X) and various water suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31t) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various water suction / injection drive devices. Combined organization.   Various energy storage cycle coalescence engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various water suction / injection drive devices organ.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water cooling heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines having a mercury exhaust inspection room (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Energy storage for various water suction and injection drive equipment with mercury exhaust test chamber (1A) coalescence engine combustion section (31t) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various water suction / injection drive equipment equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of water suction and injection drive devices equipped with a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of the vertical type moving blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of water suction injection drive equipment with mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive devices having a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with condensate of all rotor blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for water suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for use in various water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical type bucket blade water turbine (8B) with alcohol cold (52e), and various water suction injection drive Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle combined engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) combined engine combustion section (31u) and various water suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of the whole rotor blade water turbine and various water suction injection drive devices Combined organization.   Various energy storage cycle coalescence engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various water suction / injection drive devices organ.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Energy storage for various water suction / injection drive equipment equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of turbine blade turbine water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as various water suction / injection drive equipment equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for water suction injection drive equipment including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the exhaust of the vertical type moving blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for use in various water suction and injection drive equipment including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive devices having a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling an energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with condensate of all blade water turbines, Various energy conservation cycle coalescence engine.   Various types of energy for various types of water suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for use in various water suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e), and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical type blade turbine (8B) with water cooling heat (52e), and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle combined engines having turbine blade cross section (4X) and combined engine combustion section (31v) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with the condensate of all the rotor blade water turbines and various water suction / injection drive devices.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) that cools the energy conservation compressor (20X) with alcohol cold (52e) to provide various water suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of all the rotor blade water turbines and used as various water suction / injection drive devices.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31v) that cools the existing compressor (20Y) with water cooling heat (52e) to provide various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a coalescence engine combustion section (31v) for cooling the existing compressor (20Y) with alcohol cold (52e) and various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the all-wheel impeller wheel turbine (8b) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) and used as various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all moving blade water turbines, and used as various water suction / injection drive devices organ.   Various energy storage cycle combined engines including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling existing compressor (20Y) with condensate of all rotor blade water turbine and various water suction / injection drive devices .   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with water cooling heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of the all blade impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drive devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various water suction injection drive devices Combined organization.   Various types of energy storage as various water suction / injection drive equipment including turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of vertical all blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as various water suction / injection drive equipment with turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of vertical bladed water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle combined engines having turbine blade cross section (4X) and combined engine combustion section (31w) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all the moving blade water turbines, and various water suction / injection drive devices.   Various energy storage cycle coalescing engines including a coalescence engine combustion section (31w) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to provide various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and various water suction / injection drive devices.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines having a coalescing engine combustion section (31w) for cooling the existing compressor (20Y) with alcohol cold (52e) and various water suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31w) for cooling exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) to form various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31w) for cooling the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) and various water suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools exhaust of the vertical all blade water turbine (8B) with alcohol cold heat (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all blade blade water turbines organ.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the all-blade water turbine and used as various water suction injection drive devices .   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines having turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling existing compressor (20Y) with alcohol cold heat (52e) and various water suction injection drive devices.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31w) for cooling the exhaust of a turbine blade turbine water turbine (8b) with water cooling heat (52e) and various water suction and injection drive devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various water suction / injection drive devices Combined organization.   Various types of energy storage as various water suction / injection drive equipment including turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of vertical bladed water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as various water suction / injection drive equipment including turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of vertical type blade turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle combined engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) combined engine combustion section (31x) and various water suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various water suction injection drive devices Combined organization.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various water suction / injection drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Various types of energy storage as a water suction injection drive equipment equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as various water suction / injection drive equipment equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of water suction injection drive equipment with mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of vertical type blade turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of water suction injection drive equipment with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines, Various energy conservation cycle coalescence engine.   Various types of energy for water suction injection drive equipment with turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e) and various water suction injection drive devices Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e), and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle combined engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) combined engine combustion unit (31y) and various water suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the energy storage compressor (20X) with the condensate of all blade blade water turbines and various water suction / injection drive devices Combined organization.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various water suction / injection drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and various water suction / injection drive devices.   Energy storage for various water suction / injection drive equipment equipped with mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as various water suction / injection drive equipment equipped with mercury exhaust inspection room (1A) coalescence engine combustion section (31y) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy used as various water suction / injection drive equipment including a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of water suction injection drive equipment with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling energy storage compressor (20X) with condensate of all rotor blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling an energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with condensate of all rotor blade water turbine, Various energy conservation cycle coalescence engine.   Various types of energy for water suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e), and various water suction injection drive devices Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various water suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having turbine blade cross section (4X), mercury exhaust inspection chamber (1A), all blade combustion section (32t) and various water suction / injection drive devices.   Energy storage compressor (20X) equipped with mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools with condensate of all blade water turbines and various water suction and injection drive devices Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water cooling heat (52e) and used as various water suction / injection drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various water suction / injection drive devices .   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and various water suction / injection drive devices. Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Various types of energy for various water suction / injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32t) that cools the exhaust of the turbine blade turbine (8b) with water cooling heat (52e). Conservation cycle coalescence organization.   Various energies for various water suction / injection drive equipment including a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32t) that cools the exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32t) that cools the exhaust of the vertical type rotor blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various water suction / injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various water suction injection drive devices. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various water suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) whole blade combustion section (32t) for cooling an existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e), and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various water suction injections Various energy storage cycle coalescing engines as driving equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various water suction injection Various energy storage cycle coalescing engine as driving equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various water suction / injection drive devices.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools with the condensate of all blade water turbines, and various types of water storage and injection drive devices Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with water cooling heat (52e) and used as various water suction / injection drive devices .   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various water suction / injection drive devices .   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various water suction injection drive devices. Combined organization.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Various types of energy for various water suction / injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32u) that cools the exhaust of all rotor blade water turbine (8b) with water cooling heat (52e). Conservation cycle coalescence organization.   A variety of energies for various water suction / injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32u) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e). Conservation cycle coalescence organization.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of the vertical all-blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection room (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various water suction / injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various water suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with alcohol cold (52e) to provide various water suction injection drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with condensate of all blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling an existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all bucket impeller water turbine (8b) with water cooling heat (52e), and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various water suction injection Various energy storage cycle coalescing engines as driving equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various water suction injection Various energy storage cycle coalescing engines as driving equipment.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) and full blade combustion section (32v) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines including all blade combustion parts (32v) for cooling the energy storage compressor (20X) with the condensate of all the blade water turbines and various water suction / injection drive devices.   Various energy storage cycle coalesced engines including all blade combustion parts (32v) for cooling the energy storage compressor (20X) with water-cooled heat (52e) to provide various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the energy storage compressor (20X) with alcohol cold (52e) and that are various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have all-blade combustion section (32v) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and has various water suction / injection drive devices.   Various energy storage cycle coalescing engines having various moving-blade combustion units (32v) that cool the existing compressor (20Y) with water-cooling heat (52e) to form various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have a full blade combustion section (32v) that cools the existing compressor (20Y) with alcohol cold (52e) and that serve as various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have all rotor blade combustion sections (32v) that cool the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and that are various water suction / injection drive devices.   Various energy storage cycle coalescing engines including all rotor blade combustion sections (32v) for cooling exhaust gas from the turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have all blade combustion parts (32v) that cool the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and that are various water suction / injection drive devices.   Various energy storage cycle coalescing engines having various moving-blade combustion parts (32v) for cooling exhaust gas from a vertical all-blade water turbine (8B) with alcohol cold heat (52e) as various water suction / injection drive devices.   Various energy storage cycles including various blade suction injection drive units having a turbine blade cross section (4X) full blade combustion section (32v) that cools the energy storage compressor (20X) with the condensate of a full blade water turbine Combined organization.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) whole blade combustion section (32v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) all blade combustion section (32v) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with turbine blade cross section (4X) all blade combustion section (32v) for cooling existing compressor (20Y) with condensate of all blade water turbine and various water suction injection drive devices organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32v) that cools an existing compressor (20Y) with water cooling heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) full blade combustion section (32v) for cooling an existing compressor (20Y) with alcohol cold (52e) and various water suction injection drive devices.   Energy saving for various water suction / injection drive equipment with a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a turbine blade turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy saving for various water suction / injection drive devices with turbine blade cross section (4X) full blade combustion section (32v) that cools exhaust of water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy for use in various water suction / injection drive equipment having a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for use in various water suction / injection drive equipment including a turbine blade cross section (4X) full blade combustion section (32v) that cools the exhaust of a vertical type blade turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalesced engines with turbine blade cross section (4X) and full blade combustion part (32w) as various water suction / injection drive devices.   Various energy storage cycle coalescing engines having various moving-blade combustion sections (32w) for cooling the energy-conserving compressor (20X) with the condensate of the entire moving-blade water turbine to form various water suction / injection drive devices.   Various energy storage cycle coalesced engines including all blade combustion parts (32w) for cooling the energy storage compressor (20X) with water-cooling heat (52e) to provide various water suction / injection drive devices.   Various energy storage cycle coalescing engines including all blade combustion parts (32w) that cool the energy storage compressor (20X) with alcohol cold (52e) to provide various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have an all-blade combustion section (32w) that cools the existing compressor (20Y) with the condensate of all-blade blade water turbines and that make various water suction and injection drive devices.   Various energy storage cycle coalesced engines equipped with all blade combustion parts (32w) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescing engines that have a full blade combustion section (32w) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various water suction and injection drive devices.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion sections (32w) for cooling the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines equipped with all rotor blade combustion section (32w) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescing engines having various water suction / injection drive devices having an all blade combusting section (32w) for cooling exhaust gas from a vertical all blade water turbine (8B) with water cooling heat (52e).   Various energy storage cycle coalescing engines having various moving-blade combustion units (32w) for cooling exhaust gas from a vertical all-blade water turbine (8B) with alcohol cold heat (52e) to provide various water suction / injection drive devices.   Various energy storage cycles including various blade suction drive units with a turbine blade cross section (4X) full blade combustion section (32w) that cools the energy storage compressor (20X) with the condensate of all blade water turbines Combined organization.   Various energy storage cycle combined engines having a turbine blade cross section (4X) all-blade combustion section (32w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and various water suction / injection drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) all blade combustion section (32w) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices.   Combined with various energy storage cycle units equipped with turbine blade cross section (4X) all blade combustion section (32w) for cooling existing compressor (20Y) with condensate of all blade water turbine and various water suction / injection drive devices organ.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) for cooling an existing compressor (20Y) with water cooling heat (52e) and various water suction / injection drive devices.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) all-blade combustion section (32w) for cooling an existing compressor (20Y) with alcohol cold (52e) and various water suction injection drive devices.   Energy saving for various water suction / injection drive equipment with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy saving for various water suction / injection drive equipment with turbine blade cross section (4X) full blade combustion section (32w) that cools exhaust of turbine blade turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy used as various water suction / injection drive devices including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of a vertical all blade water turbine (8B) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for use in various water suction / injection drive equipment including a turbine blade cross section (4X) full blade combustion section (32w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   Various energy storage cycle coalescing engines having turbine blade cross section (4X), mercury exhaust inspection chamber (1A), all blade combustion section (32x) and various water suction / injection drive devices.   Energy storage compressor (20X) equipped with mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the compressor (20X) with the condensate of all blade water turbines, and various types of water storage and injection drive devices Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with water cooling heat (52e) and used as various water suction / injection drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices .   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the all blade water turbine, and various water suction injection drive devices. Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e), and various types of energy used as various water suction / injection drive equipment with all blade combustion section (32x) Conservation cycle coalescence organization.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor blade water turbine water turbine (8b) with alcohol cold heat (52e), and various energy used as various water suction / injection drive devices with all blade combustion section (32x) Conservation cycle coalescence organization.   Various types of water suction / injection drive equipment including a mercury exhaust inspection room (1A) full rotor blade combustion section (32x) that cools the exhaust of the vertical type rotor blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full rotor blade combustion section (32x) that cools the exhaust of the vertical type rotor blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various water suction / injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32x), and various water suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling energy storage compressor (20X) with alcohol cold (52e) to provide various water suction injection drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32x) for cooling existing compressor (20Y) with condensate of all blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various water suction injection Various energy storage cycle coalescing engines as driving equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as driving equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various water suction / injection drive devices.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection chamber (1A) that cools all the blade blade turbines with the condensate of all blade blade turbines (32y). Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various water suction / injection drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various water suction / injection drive devices .   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and various water suction / injection drive devices. Combined organization.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various water suction / injection drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various water suction / injection drive devices.   A variety of energies for various water suction and injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of all bucket blade water turbines (8b) with water cooling heat (52e). Conservation cycle coalescence organization.   Various types of energy for water suction and injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the exhaust of the vertical-type all-blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various water suction / injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various water suction injection drive devices. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various water suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with condensate of all blade water turbines and various water suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of water suction / injection drive devices equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of water suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various water suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various water suction injections Various energy storage cycle coalescing engines as driving equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various water suction injection Various energy storage cycle coalescing engines as driving equipment.   Various energy storage cycle combined engines having a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) having a turbine blade cross section (4X) and various air suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various air suction injection drive devices Combined organization.   Various energy storage cycle coalescence engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various air suction / injection drive devices.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various air suction / injection drive devices.   Combined with various energy storage cycles, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31t) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various air suction injection drive devices organ.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Energy storage for various air suction injection drive equipment with mercury exhaust test chamber (1A) coalescence engine combustion part (31t) that cools exhaust of turbine blade turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various air suction injection drive equipment with mercury exhaust test chamber (1A) combined engine combustion section (31t) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy, including a mercury exhaust inspection chamber (1A) that combines the vertical exhaust blade water turbine (8B) with water-cooled heat (52e), a combined engine combustion section (31t), and various air suction injection drive devices Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment including a mercury exhaust inspection room (1A) combined engine combustion section (31t) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) combined engine combustion section (31t) for cooling the energy storage compressor (20X) with the condensate of all blade water turbines and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction / injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with condensate of all blade water turbines, and various air suction injection drive devices, Various energy conservation cycle coalescence engine.   Various types of energy for air suction injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy, including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling an existing compressor (20Y) with alcohol cold (52e) and various air suction injection drive devices Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of water turbine (8b) with water cooling heat (52e), and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) for cooling the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools the exhaust of vertical all blade water turbine (8B) with water cooling heat (52e), and various air suction injection drive Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31t) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e), various air suction injection drive Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) and various air suction / injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines, and various air suction injection drive devices Combined organization.   Various energy storage cycle coalescence engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the energy conservation compressor (20X) with water-cooled heat (52e) and various air suction / injection drive devices.   Various energy storage cycle coalescence engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy conservation compressor (20X) with alcohol cold (52e) and used as various air suction / injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools the existing compressor (20Y) with condensate of all rotor blade water turbines and used as various air suction injection drive devices organ.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction / injection drive devices.   Energy storage for various air suction injection drive equipment with mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as various air suction injection drive equipment equipped with mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy, including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31u) that cools the exhaust of the vertical bladed water turbine (8B) with water-cooled heat (52e) to provide various air suction injection drive devices. Conservation cycle coalescence organization.   Various types of energy, including a mercury exhaust inspection chamber (1A) combined engine combustion section (31u) that cools exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and various air suction injection drive devices Conservation cycle coalescence organization.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of all the blade water turbines, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31u), and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction / injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with condensate of all rotor blade water turbines, and various air suction injection drive devices, Various energy conservation cycle coalescence engine.   Various types of energy for air suction injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) for cooling the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools the exhaust of the vertical type blade turbine (8B) with water cooling heat (52e), and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31u) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e), various air suction injection drive Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle combined engines having a turbine blade cross section (4X) and a combined engine combustion section (31v) as various air suction / injection drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and having various air suction injection drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various air suction / injection drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold (52e) to provide various air suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole moving blade water turbine and used as various air suction injection drive devices.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31v) for cooling the existing compressor (20Y) with water-cooled heat (52e) and various air suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31v) that cools the exhaust of all bucket impeller water turbines (8b) with water cooling heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31v) for cooling exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various air suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31v) that cools the exhaust of a vertical all blade water turbine (8B) with alcohol cold (52e) and used as various air suction / injection drive devices.   Various energy storage cycle coalesced with various air suction / injection drive equipment having turbine blade cross section (4X) coalescence engine combustion section (31v) for cooling energy conservation compressor (20X) with condensate of all rotor blade water turbine organ.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle combined engines including a turbine blade cross section (4X) combined engine combustion section (31v) that cools the energy storage compressor (20X) with alcohol cold heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle coalescing engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various air suction injection drive devices .   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools an existing compressor (20Y) with water-cooled heat (52e) and various air suction injection drive devices.   Various energy storage cycle coalescence engines equipped with a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of a turbine blade turbine water turbine (8b) with water cooling heat (52e) and various air suction injection drive devices Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust from a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various air suction injection drive devices Combined organization.   Various types of energy storage as a variety of air suction and injection drive equipment including a turbine blade cross section (4X) coalescence engine combustion section (31v) that cools the exhaust of a vertical type moving blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage with various air suction and injection drive equipment including turbine blade cross section (4X) coalescence engine combustion section (31v) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle combined engines having turbine blade cross section (4X) and combined engine combustion section (31w) as various air suction / injection drive devices.   Various energy storage cycle coalescence engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various air suction injection drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) to provide various air suction / injection drive devices.   Various energy storage cycle coalescence engines having a coalescence engine combustion section (31w) that cools the energy conservation compressor (20X) with alcohol cold (52e) to provide various air suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole moving blade water turbine and used as various air suction injection drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) to provide various air suction / injection drive devices.   Various energy storage cycle coalescing engines including a coalescing engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) to provide various air suction / injection drive devices.   Various energy storage cycle coalescing engines having a combined engine combustion section (31w) that cools the exhaust of all bucket blade water turbines (8b) with water-cooled heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools exhaust gas from a turbine blade turbine water turbine (8b) with alcohol cold heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle combined engines including a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle combined engines having a combined engine combustion section (31w) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and used as various air suction / injection drive devices.   Combined with various energy storage cycles, including a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with the condensate of the whole moving blade water turbine and used as various air suction injection drive devices organ.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31w) that cools the energy storage compressor (20X) with alcohol cold heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle coalescing engines equipped with a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with the condensate of the whole rotor blade water turbine and used as various air suction injection drive devices .   Various energy storage cycle coalescing engines including a turbine blade cross-section (4X) coalescence engine combustion section (31w) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle combined engines having a turbine blade cross section (4X) combined engine combustion section (31w) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Various energy storage cycles with various air suction injection drive devices having a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools the exhaust of a turbine blade turbine water turbine (8b) with water cooling heat (52e) Combined organization.   Various energy storage cycles including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of a turbine blade turbine water turbine (8b) with alcohol cold (52e) and various air suction injection drive devices Combined organization.   Various types of energy storage with various air suction / injection drive equipment including a turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of a vertical rotor blade water turbine (8B) with water cooling heat (52e) Cycle coalescence engine.   Various types of energy storage as a variety of air suction injection drive equipment with turbine blade cross section (4X) coalescence engine combustion section (31w) that cools exhaust of vertical all blade water turbine (8B) with alcohol cold (52e) Cycle coalescence engine.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X) and a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) and various air suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various air suction injection drive devices Combined organization.   Various energy storage cycle coalescing engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various air suction injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various air suction injection drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Energy storage for various air suction injection drive equipment with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various air suction injection drive equipment with mercury exhaust test chamber (1A) combined engine combustion section (31x) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy, including a mercury exhaust inspection chamber (1A) that combines the vertical exhaust blade water turbine (8B) with water-cooled heat (52e) and a combined engine combustion section (31x), and various air suction injection drive devices Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment with a mercury exhaust inspection chamber (1A) combined engine combustion section (31x) that cools the exhaust of a vertical bladed water turbine (8B) with alcohol cold (52e) Conservation cycle coalescence organization.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling the energy storage compressor (20X) with the condensate of all rotor blade water turbines and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction / injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling the existing compressor (20Y) with the condensate of all rotor blade water turbines, and various air suction injection drive devices, Various energy conservation cycle coalescence engine.   Various types of energy for various air suction injection drive equipment including turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31x) for cooling existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drive devices A variety of energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and various air suction injection drive devices A variety of energy conservation cycle coalescing engines.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31x) that cools the exhaust of the vertical bladed water turbine (8B) with alcohol cold (52e), and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle combined engines having turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) combined engine combustion section (31y) and various air suction injection drive devices.   Various energy storage cycles including a mercury exhaust inspection chamber (1A) and a combined engine combustion section (31y) for cooling the energy storage compressor (20X) with the condensate of all blade blade water turbines and various air suction injection drive devices Combined organization.   Various energy storage cycle coalescence engines including a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with water-cooled heat (52e) and various air suction / injection drive devices.   Various energy storage cycle coalescence engines having a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy conservation compressor (20X) with alcohol cold (52e) and various air suction injection drive devices.   Combined with various energy storage cycle units equipped with a mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools the existing compressor (20Y) with the condensate of all rotor blade water turbines and used as various air suction injection drive devices organ.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction / injection drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Energy storage for various air suction injection drive equipment with mercury exhaust inspection chamber (1A) combined engine combustion section (31y) that cools exhaust of water turbine (8b) with water cooling heat (52e) Cycle coalescence engine.   Energy storage for various air suction injection drive equipment with mercury exhaust test chamber (1A) combined engine combustion section (31y) that cools exhaust of turbine blade turbine water turbine (8b) with alcohol cold (52e) Cycle coalescence engine.   Various types of energy, including a mercury exhaust inspection chamber (1A) that combines the vertical exhaust blade water turbine (8B) with water-cooled heat (52e), a combined engine combustion section (31y), and various air suction injection drive devices Conservation cycle coalescence organization.   Various types of energy, including a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), which cools the exhaust of the vertical rotor blade water turbine (8B) with alcohol cold (52e), and various air suction injection drive devices Conservation cycle coalescence organization.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with the condensate of the whole blade water turbine, a mercury exhaust inspection chamber (1A), a combined engine combustion section (31y), and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the energy storage compressor (20X) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling the energy storage compressor (20X) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) coalescence engine combustion section (31y) for cooling existing compressor (20Y) with condensate of all blade water turbines, and various air suction injection drive devices, Various energy conservation cycle coalescence engine.   Various types of energy for air suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) for cooling an existing compressor (20Y) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection room (1A) combined engine combustion section (31y) for cooling an existing compressor (20Y) with alcohol cold (52e) Conservation cycle coalescence organization.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross-section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e), and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) coalescence engine combustion section (31y) that cools exhaust from vertical all blade water turbine (8B) with alcohol cold (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), and a whole blade combustion section (32t) and various air suction / injection drive devices.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools with the condensate of all blade water turbines, and various types of air storage pumps Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various air suction injection drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) for cooling the energy storage compressor (20X) with alcohol cold (52e) and various air suction / injection drive devices .   Various energy storage cycles including a mercury exhaust inspection chamber (1A) all blade combustion section (32t) that cools the existing compressor (20Y) with the condensate of the all blade water turbine and various air suction injection drive devices Combined organization.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) all-blade combustion section (32t) that cools an existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all bucket blade water turbine (8b) with water-cooled heat (52e), and various types of energy for use as various air suction injection drive devices including all blade combustion section (32t) Conservation cycle coalescence organization.   A variety of energies for various air suction injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32t) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) all rotor blade combustion section (32t) that cools the exhaust of the vertical type rotor blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection room (1A) full blade combustion section (32t) that cools the exhaust of a vertical type blade (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various air suction / injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various air suction injection drive devices. Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32t), and various air suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling existing compressor (20Y) with condensate of all blade water turbines and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling an existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) for cooling an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e) and various air suction injection Various energy storage cycle coalescing engines as driving equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32t) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as driving equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various air suction / injection drive devices.   Energy storage compressor (20X) is equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools with the condensate of all blade water turbines, and various types of air storage and injection drive devices Cycle coalescence engine.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various air suction / injection drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various air suction / injection drive devices .   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools the existing compressor (20Y) with the condensate of all the blade water turbines, and various air suction injection drive devices. Combined organization.   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the existing compressor (20Y) with alcohol cold (52e) and various air suction / injection drive devices.   Various types of energy for various air suction and injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32u) that cools the exhaust of all bucket blade water turbine (8b) with water cooling heat (52e) Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32u) that cools the exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32u) that cools the exhaust of the vertical all-blade water turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various air suction injection drive devices A variety of energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with water-cooled heat (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32u), and various air suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) for cooling energy storage compressor (20X) with alcohol cold (52e) to provide various air suction injection drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32u) for cooling existing compressor (20Y) with condensate of all blade water turbines and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32u) that cools an existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools exhaust of all bucket blade water turbine (8b) with alcohol cold (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various air suction injection Various energy storage cycle coalescing engines as driving equipment.   A turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32u) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) and various air suction injection Various energy storage cycle coalescing engines as driving equipment.   Various energy storage cycle coalescing engines with turbine blade cross section (4X) and mercury exhaust inspection chamber (1A) all blade combustion section (32x) and various air suction injection drive devices.   Energy storage compressor (20X) equipped with mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the compressor with the condensate of all rotor blade water turbines, and various types of air storage pumps Cycle coalescence engine.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with water-cooled heat (52e) and used as various air suction / injection drive devices .   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the energy storage compressor (20X) with cold alcohol (52e) and used as various air suction / injection drive devices .   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all blade combustion section (32x) that cools the existing compressor (20Y) with the condensate of the all blade water turbine, and various air suction injection drive devices. Combined organization.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with water-cooled heat (52e) and used as various air suction injection drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32x) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Mercury exhaust inspection chamber (1A) that cools the exhaust of all rotor blade water turbine (8b) with water-cooled heat (52e), and various types of energy for various air suction / injection drive equipment including all blade combustion section (32x) Conservation cycle coalescence organization.   Mercury exhaust inspection room (1A) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold heat (52e), and various energy used as various air suction / injection drive devices with all blade combustion section (32x) Conservation cycle coalescence organization.   Various types of air suction / injection drive equipment including a mercury exhaust inspection room (1A) full blade combustion section (32x) that cools the exhaust of the vertical type blade turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various air suction / injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling the energy storage compressor (20X) with water cooling heat (52e) to provide various air suction injection drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling energy storage compressor (20X) with alcohol cold (52e) to provide various air suction injection drive devices Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling existing compressor (20Y) with condensate of all blade water turbines and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling an existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction injection drive devices equipped with a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) for cooling an existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of all blade impeller water turbine (8b) with alcohol cold (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various air suction injection Various energy storage cycle coalescing engines as driving equipment.   The turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32x) that cools the exhaust of the vertical blade-type all blade water turbine (8B) with alcohol cold (52e) Various energy storage cycle coalescing engines as driving equipment.   Various energy storage cycle coalescing engines having a turbine blade cross section (4X), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various air suction / injection drive devices.   Energy storage compressor (20X) equipped with mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling with condensate of all blade water turbines and various air suction injection drive equipment Cycle coalescence engine.   Various energy storage cycle coalescence engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) for cooling the energy storage compressor (20X) with water-cooled heat (52e) and used as various air suction / injection drive devices .   Various energy storage cycle combined engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the energy storage compressor (20X) with alcohol cold (52e) and used as various air suction / injection drive devices .   Various energy storage cycles that include a mercury exhaust inspection chamber (1A) all blade combustion section (32y) that cools the existing compressor (20Y) with the condensate of all blade water turbines, and various air suction injection drive devices. Combined organization.   Various energy storage cycle coalescing engines having a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with water-cooled heat (52e) and various air suction / injection drive devices.   Various energy storage cycle coalescing engines equipped with a mercury exhaust inspection chamber (1A) all-blade combustion section (32y) that cools the existing compressor (20Y) with alcohol cold (52e) and used as various air suction injection drive devices.   Various types of energy for air suction injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of the turbine blade turbine (8b) with water cooling heat (52e). Conservation cycle coalescence organization.   Various types of energy for air suction injection drive equipment including a mercury exhaust inspection chamber (1A) and a full blade combustion section (32y) that cools the exhaust of all rotor blade water turbine (8b) with alcohol cold (52e) Conservation cycle coalescence organization.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical type blade turbine (8B) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive devices equipped with a mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical type blade turbine (8B) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling energy storage compressor (20X) with condensate of all blade water turbines and various air suction / injection drive devices A variety of energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full rotor blade combustion section (32y) for cooling energy storage compressor (20X) with water cooling heat (52e) to provide various air suction injection drive devices Various energy conservation cycle coalescence engine.   A turbine blade cross section (4X) that cools the energy storage compressor (20X) with alcohol cold (52e), a mercury exhaust inspection chamber (1A), a full blade combustion section (32y), and various air suction injection drive devices. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection room (1A) full blade combustion section (32y) for cooling existing compressor (20Y) with condensate of all blade water turbines and various air suction injection drive devices Various energy conservation cycle coalescing engines.   Various types of air suction / injection drive equipment including a turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) for cooling an existing compressor (20Y) with water cooling heat (52e) Energy conservation cycle coalescence engine.   Various types of air suction / injection drive devices equipped with turbine blade cross section (4X) mercury exhaust inspection chamber (1A) all blade combustion section (32y) for cooling existing compressor (20Y) with alcohol cold (52e) Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all blade impeller water turbine (8b) with water cooling heat (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of all bucket impeller water turbine (8b) with alcohol cold (52e) and various air suction injection drives Various energy storage cycle coalescing engines as equipment.   Turbine blade cross section (4X) mercury exhaust inspection chamber (1A) full blade combustion section (32y) that cools the exhaust of the vertical all blade water turbine (8B) with water cooling heat (52e), and various air suction injection Various energy storage cycle coalescing engines as driving equipment.