JP2015068331A - Various energy conservation cycle combined engine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To eliminate some defects that an existing steam turbine power generation requires stator blades and the global warming such as giant formation of tornado is accelerated under no utilization of a phenomenon that a kinetic energy in elementary physics is proportional to a square of mass multiplied by speed.SOLUTION: A global warming is most efficiently prevented by a system in which all rotor blades can utilize the best theory that a kinetic energy is proportional to a square of mass multiplied by speed, electricity is generated under combination of a double inversion type engine 12G and a vertical type all rotor blades steam water gravity turbine 11Z, a gravity power generation building 12 for producing head drop, a column pipe 12B is also used by a large specific gravity substance lifter 2F, reverse osmosis water 52D is injected by a lifting reservation large specific gravity substance accelerator 6W at the upper-most part, the reverse osmosis water 52D is sucked, injected and accelerated by ultra-critical pressure water vapor 5H to generate electricity in gravity acceleration in vacuum, a preferential descriptive magnification by a group of turbine blades 8F with a power generation of 18 million times of a final group of existing steam turbine blades with the same flow passage area, the extraordinary world No.one application profit rate or world No.one salary or world No.one employment, and eternal extraordinary world No.one application profit rate of all confidential application for manufactured products are attained.

Description

The existing state-of-the-art science and technology is proportional to the physical kinetic energy = mass × square of speed. As the all-Japan strategy, the national strategy and corporate strategy to reduce the electricity rate to only Japanese companies are the most important, and the developed countries' economic growth strategy has a comparative explanation of specific advantages. Because the largest is the most important, existing thermal power generation and nuclear power generation have the risk of becoming unable to live in Japan beyond the US tornado due to the rise in seawater temperature and enormous tornadoes, etc., due to the economic growth rate and population density and topography of China The power generation that makes the seawater temperature rise as large as 0 is the most important, and the existing steam turbine last blade group + water speed drive, counter-rotating engine 12G + vertical all blade steam water gravity turbine 11Z in vacuum Gravity acceleration power generation is a comparison with the existing steam turbine last stage blade group, and the same passage area mass of the steam is around 1/20000 of water, so the same passage area is 20000 times the mass of the existing steam turbine last blade group x 30 times. Speed = 18000000 times the power generation amount of turbine blade group 8F, further heat production amount is more than 10 times with solar heater × 130 times with compressed air heat exchanger 2Y = 1300 times production amount of existing boiler, Since the initial speed production of the water 52D by supercritical pressure steam 5H injection is completed, the next application is a fuel cost zero power generation. In the production process, the existing steam turbine has about 20 stages of stationary blades, and the superheated steam speed is 20 The weir around 90 times reversing steam speed is 1/30 etc., making the steam turbine easy to manufacture, etc. By making the bin blade group 8F into one cast part, the aim is to minimize the number of parts to 1/100, etc., and machining with the counter rotating engine vertical lathe 10B, turbine blade grinding machine 10F, etc. A super-high-speed balance adjustment process is added to the mold lathe 10B, and the bearing load of various magnetics such as repulsion magnets is aimed at 0 approach such as vibration, and the turbine blade group 8F angle is adjusted, for example, 1/5 of the driving water speed. Aiming at the turbine peripheral speed, researching whether it is possible to use a water speed 10 times the peripheral speed by double reversal, etc., equipped with various bearings 12C at both ends of the inner shaft device 60A and the outer shaft device 60B, Each of the outer shaft devices 60B is temporarily assembled separately, and both ends are held by the vertical lathe 10B for counter rotating engine, etc., and disassembled after the ultra-high speed rotation balance adjustment processing to make this assembly, and an unprecedented inner shaft device 60A Cumulative cylinder inner blade group 6 0C and the outer shaft device 60B / cylindrical outer blade group 60D, which is a double reversal engine 12G + vertical all blade steam water gravity turbine 11Z power generation that requires experimentation The present invention relates to various energy storage cycle coalescence engines and various energy conservation coalescence methods.

The adiabatic compression air temperature of 20 ° C is 13 times 260 ° C, which is 13 times the compression ratio. The counter-rotating engine 12G + vertical type moving blade steam water gravity turbine 11Z power generation is used, and the solar heater 21 is used for heating. The compressed air 28a is converted into a super-high-speed full-blade contra-rotating engine 12G compression theoretical air-fuel ratio combustion, and the same compressed air amount is converted into a four-fold combustion gas mass rotational output by exchanging four times the fuel injection combustion heat of the existing gas turbine. An air heat exchanger 2Y compression ratio of 80 or more is used to produce supercritical pressure steam 5H, and supercritical pressure steam 5H production is increased by 130 times the same fuel amount as an existing boiler. The water gravity turbine 11Z power generation head infinite production drive is the starting point for Mach 30 speed use of reverse osmosis water 52D production to prevent mixing of abrasives, reverse osmosis water 52D injection speed + supercritical pressure steam 5H injection Dedicated acceleration Mach 30 manufacturing + power generation by acceleration of gravity acceleration in vacuum, the same volume existing steam turbine power generation last stage blade drive steam mass is around 20000 times water mass, so the same passage area 20000 times the existing steam turbine last stage blade group Mass × 30 times speed square = 18000000 times power generation turbine blade group 8F, head drop 800m turbine blade group 8F 3000 rows, 18000000 times power generation × 3000 rows = 54000000000000 times power generation, double experiment required Reversing engine 12G + vertical all-blade steam water gravity turbine 11Z power generation, because the existing state-of-the-art science and technology is too unreasonable, the technology of various energy conservation cycle coalescence engines and various energy conservation coalescence methods with the advantage explanation magnification required for experiments About.

  In 1957, he decided to make the largest contribution to human history in the invention of a job at the Mizushima Plant of the Aircraft Works. With the cooperation of the president three times a year, the explanation of the specific advantage is most important, and the pumping input of the existing pumped-storage power generation becomes an input proportional to the cube of the rotational speed. Because the kinetic energy of the educational TV physics base is proportional to the square of mass x velocity, and the combustion speed of the space shuttle is 22-25 MPa, the injection speed is around 30 Mach, so 30 MPa etc. Of supercritical pressure water vapor 5H, the reverse osmosis water 52D is used as the earth escape speed of the acceleration Mach 32, etc. The area of the final stage blade group of the existing steam turbine is 20000 times the mass of the water × 30 times the speed squared = 18000000 times the turbine blade group 8F. It is a 54,000,000,000 times power generation counter-rotating engine 12G + vertical type moving blade steam water gravity turbine 11Z power generation. Background technology that aims to reduce Japan's fiscal deficit of ¥ 1,000 trillion to a relatively short period of time, such as the global warming prevention revolution, the economic growth strategy revolution, and the world's most eternal aim of operating profit rates. There is.

  A difficult-to-manufacture all-blade counter-rotating engine requires experiments at the treasure mountain, and there is no significant experiment, and the existing state-of-the-art thermal power boilers that are too lazy are producing superheated steam by fuel injection combustion at atmospheric pressure Power generation in a steam turbine, but the temperature rise of adiabatic compression is 260 ° C, 13 times the air temperature 20 ° C, and the air 28a heated 10 times or more by the solar heater 21 is double inverted. When the engine 12G compresses to a compression ratio of 80 and heats the compressed air heat exchanger 2Y to produce supercritical water vapor 5H, the maximum heat exchange efficiency in the process where the combustion temperature becomes 130 times x 10 times = 1300 times There is a background that the amount of the same fuel that needs to be experimented is 1300 times the calorific value of the existing boiler and the amount of supercritical pressure steam 5H produced, and the amount of heat used is for the production of reverse osmosis water 52D at the initial speed, aiming to use 1/100 of the calorific value. Big revolution Japan's fiscal deficit of 1,000 trillion yen will be reduced to a relatively short period of time due to the global warming prevention revolution, the economic growth strategy revolution, and the world's most eternal aim of operating profit rates. There is background technology that can be aimed at.

Japanese Patent No. 1607151, Patent No. 1609617, Patent No. 1645350, Patent No. 1924889, Patent No. 1912522, Patent No. 1959305, Patent No. 11986119, Patent No. 2646636, 1992 U.S. Pat. No. 5,133,305, 1993 U.S. Pat. US Pat. No. 5,429,078, 1997 US Pat. No. 5,701,864, PCT International Application No. PCT / JP97 / 01814, US Pat. No. 6,119,650, Chinese Patent No. 8818, EU British Patent No. 902175, PCT International Application No. PCT / JP97 / 02250 No. 6,263,664.

PCT International Application Publication No. There are applications of WO 2010/101017 PCT / JP2010 / 052171, and the filing date of Japanese Patent Application 2007-179204: July 9, 2007 to the filing date of Japanese Patent Application 2007-265115: October 11, 2007 No. 2008-006612 filing date: January 16, 2008 to No. 2008-327045 filing date: There are 45 applications from December 24, 2008, filing date of Japanese Patent Application No. 2009-011656: From January 22, 2009, the filing date of the Japanese Patent Application 2009-298004: There were 322 applications until December 28, 2009, and the filing date of the Japanese Patent Application 2010-000841: the Japanese Patent Application 2010 from January 6, 2010 -0332424 Submission date: There were 32 applications until February 18, 2010, and Japanese Patent Application No. 2011-055078 submission date: 2011 There are 22 applications from March 14 to the date of submission of the Japanese Patent Application 2011-267508 to December 7, 2011, the date of submission of the Japanese Patent Application 2012-032245: the date of submission of the Japanese Patent Application 2012-271355 from February 17, 2012 : There are 29 applications until December 12, 2012, and the filing date of Japanese Patent Application No. 2013-7975: From January 21, 2013, the filing date of Japanese Patent Application No. 2013-172820: 22 items until August 23, 2013 There is an application.

  It is a power imitated power generation that can easily make money with existing state-of-the-art science and technology, which is proportional to the kinetic energy of the physical foundation = mass × speed squared. Therefore, it is necessary to produce a machine tool because there is no machine tool in the production, and it is necessary to produce a machine tool. In the gravity acceleration power generation in the vacuum, the counter-rotating engine 12G + saddle-type all blade steam water gravity turbine 11Z is the final power generation steam turbine of the highest speed and high vacuum because the power generation amount is proportional to the square of mass × speed. In comparison with the stage blade group, the same flow path area drive mass is about 1/20000 of water and the volume is about 20000 times that of water. 00 times mass x 30 times water speed square = 18000000 times power generation turbine blade group 8F, so there is a problem of establishing a design and manufacturing method. The existing thermal power generation and nuclear power generation will be completely abolished and the earthquake tsunami There is a challenge to prevent global warming by preventing the enormous expansion and tornado heavy rain, etc., making the world's best operating profit rate forever, the world of salary and the world of new employment.

As a counter rotating engine 12G + saddle-type all blade steam water gravity turbine 11Z power generation, the air 28a heated 10 times or more by the solar heater 21 by the counter rotating engine 12G is subjected to the ultra high speed all rotor blade counter rotating compression, Heat exchange with compressed air heat exchanger 2Y with a compression ratio of 80 or more, supercritical pressure steam 5H production amount aiming at 130 times x 10 times = 1300 times or more of the same boiler, and the top of gravity power generation building 12 The reverse osmosis water 52D is stored together with the reverse osmosis water 52D, and the reverse osmosis water 52D injection speed Mach 3 + supercritical pressure water vapor 5H injection speed Mach 34 generates water 52D acceleration + vacuum acceleration acceleration in the same flow path area. As the turbine blade group 8F with a power generation amount of 20000 times mass x 30 times speed square = 18000000 times the power generation amount of the steam turbine final blade group maximum speed part, the 3000-stage t In the Bin blade group 8F, the power generation amount is 18000000 × 3000 = 54000000000000 times, the turbine mass 8F having the same mass of the last steam turbine last blade group, the square of 30 times the speed = 900 times the power generation amount, and a 3000 stage turbine blade with a drop of 800 m The group 8F power generation amount is 900 times power generation amount × 3000 stages = 2700000 times power generation amount turbine blade group 8F, and in the design and manufacturing process, the turbine blade group 8F angle is made compatible with double water speed by double reversal of all moving blades. With the design addition of 10 times water speed, the turbine blade group 8F number is 1/3 of the blade area 3 times, etc. 1 part is 1/100 parts, etc. 30 times water speed correspondence and resonance etc. are aimed at the minimum. By using various magnets and other magnets to make the bearing load close to zero, by adding zero approach such as resonance and vibration, aiming at driving at 30 times the water speed or more and aiming for zero vibration, each turbine blade in each paragraph With the group 8F as one cast part, the assembly assembly portion 9M is processed by the vertical lathe 10B for counter-rotating engine, and the turbine blade group 8F is processed by the turbine blade grinding machine 10F. Each end of the device has various bearings 12C, the inner shaft device 60A and the outer shaft device 60B are each temporarily assembled separately, and both ends are held by the vertical turning lathe 10B for counter rotating engine. Balance adjustment processing, balance processing is good, disassembled and assembled, top secret manufacturing of all invention products, seawater temperature rise of zero operation of global operation, power generation with outstanding operating profit rate, world's most eternal, salary world, new employment world On the other hand, natural power generation such as inferior power generation cost or expensive existing thermal power generation or nuclear power generation is taken into account and the global warming is prevented most efficiently.

Steam turbine power generation of the existing state-of-the-art science and technology has about 20 stages of vane groups, and the kinetic energy of the physical foundation = proportional to the square of mass × speed is used for zero power generation, and the same channel area power generation amount Because of a fatal defect that makes the engine 18/18000000, the counter-rotating engine 12G + vertical all-blade steam water gravity turbine 11Z power generation, the same channel area power generation of the current steam turbine final stage blade group of 18000000 times the power generation The turbine blade group 8F has the effect of making the world's most eternal, the world's salary, and the world's newest employment with an excellent operating profit rate, aiming at 1/100 power generation cost, etc. Nuclear power generation has the effect of natural selection and is the most effective in preventing global warming.

Illustration of gravity power building 12 (Example 1) Explanatory drawing (Example 2) of the bearing 12C of a vertical all blade steam water gravity turbine 11Z Explanatory drawing of the cylindrical blade group of the inner shaft device 60A and the outer shaft device 60B (Example 3) Explanatory drawing of counter-rotating engine 12G (Example 4) Explanatory drawing of the solar heater 21 (Example 5) Explanatory drawing of the two-stage compressor 12N (Example 6)

Almost all of the existing state-of-the-art science and technology steam turbine power generation uses zero that is proportional to the kinetic energy of the physical foundation = mass × square of speed. Since all the rotor blades are related to the counter rotating engine, the cylindrical inner rotor blade group 60C and the cylindrical outer rotor blade group 60D are separately provided in the manufacturing process, and the counter rotating engine vertical lathe 10B and the turbine blade grinding machine are separated. Each production is temporarily assembled at 10F, and each end is equipped with various bearings 12C so that it can be rotated and machined by the vertical lathe 10B for counter rotating engine as in the operation. The most important thing is the result of the experiment, centering on a completely new processing technology, which is disassembled and assembled after processing. The adiabatic compression air temperature of 20 ° C is 13 times 260 ° C, which is 13 times the compression ratio. As a critical pressure steam 5H production, The air heated 10 times or more by the light heater 21 is exchanged by compression heat, and the compressor increases the production amount of supercritical pressure water vapor 5H using the compression blades of the reverse osmosis water 52D cooling for producing water vapor 5H, with a compression ratio of 80 The above-described compressed air heat exchanger 2Y is used for heat exchange that requires fuel injection and combustion. The same fuel amount is 130 times x 10 times the existing boiler. It is intended for reverse osmosis water 52D initial speed production for blade steam water gravity turbine 11Z drive, electric power aiming at low consumption of steam 5H and fuel cost aiming at zero fuel cost by generating electricity at gravitational acceleration in vacuum, The column pipe 12B of the gravitational power generation building 12 is the water pipe 5Z + specific critical substance raising device 2F, the reverse osmosis water 52D is made up to the top and the storage head is produced, the reverse osmosis water 52D injection speed Mach 3 etc. is produced + supercritical pressure steam With H acceleration + gravity acceleration acceleration power generation in vacuum, the same flow area power generation amount is 18000000 times that of the existing steam turbine last stage blade group, and the turbine blade group 8F. Make the world's best, the world's salary, and unlimited employment, and most effectively prevent global warming.

The gravity-reversing engine 12G + vertical moving blade steam-water gravity turbine 11Z power generation by the gravity power generation building 12 of FIG. 1 is proportional to the square of kinetic energy = mass × speed on the educational TV physical basis. As compared with existing state-of-the-art science and technology, for example, the advantage comparison explanation maximum magnification is the same flow path area power generation, 20000 times mass of existing thermal power generation steam turbine final blade group × square of 30 times speed = 18000000 times power generation Turbine blade group 8F, and design and manufacture of counter-rotating engine 12G + vertical moving blade steam-water gravity turbine 11Z, which requires confirmation from the experimental results of turbine blade group 8F. As the building 12, the column is used as the column tube 12 </ b> B and the significant substance rising device 2 </ b> F, and the diameter of the column tube 12 </ b> B is expanded in the process of ascending and storing the reverse osmosis water 52 </ b> D into a sturdy column. At the same time, the pumping power is reduced at a low rising speed, and the joint is provided with a square flange 12D in combination with the steel frame 12A. The gravitational power generation building 12 comprising the number of floors is configured to store the reverse osmosis water 52D of the water 3E at the top by using the inside of the column 12B as the specific material rising device 2F, and the specific material accelerator 6W In Mach 1 to 3, the supercritical pressure water vapor is accelerated by 5H, and power is generated by acceleration of gravitational acceleration while the degree of vacuum is increased. Turn to method power generation.

The design and manufacture of the vertical all-blade steam water gravity turbine 11Z power generation shown in Fig. 2 is difficult to manufacture because there is no configuration other than the double reversal of all rotor blades because the power generation is proportional to the square of mass x speed. We challenged and made it compatible with double water speed by double reversal of all rotor blades for heavy-weight linear ultra-high speed injection, and designed for 10 times water speed by adding design of turbine blade group 8F angle, and turbine blade group 8F number 1/3 1 cast part with 3 times the blade area, etc., 1/100 parts, etc., 30 times water speed response and resonance, etc., aiming to minimize the bearing, etc. With the addition of approach, the turbine blade group 8F in each paragraph is made as one casting part for driving at 30 times the water speed or more and aiming at 0 vibration, and the mating assembly part 9M is processed by the vertical turning lathe 10B for counter rotating engine. And turbine blade group 8F by turbine blade grinding machine 10F Various types of bearings 12C are provided at both ends of the turbine blade group 8F and the outer shaft device 60B, etc., and the inner shaft device 60A and the outer shaft device 60B are temporarily assembled separately, and both ends are set up for a counter-rotating engine. As a super-high-speed rotation balance adjustment process that is held by the mold lathe 10B, it is disassembled and assembled as a good balance process, and the same flow path area of the last stage turbine blade group of the existing steam turbine is 20,000 times mass × 30 times speed squared = 18000000 times superiority of power generation We will aim for the world's best profit rate by making the turbine blade group 8F with a magnification, but there is no precedent for machine tools and processing methods, and it is expected that it will be very difficult to challenge, but treasures are expected to be concentrated in difficult to manufacture parts Various types of energy, which is the world's best prevention of global warming by operating the entire product using the vertical all-rotor steam water gravity turbine 11Z power generation method that requires experimentation. To exist cycle combined combustion generators and coalescence method of power generation.

The turbine blade group 8F of each of the cylinder inner blade group 60C and turbine blade group 8F and inner shaft device 60A in FIG. 3 and the cylindrical outer blade group 60D and the turbine blade group 8F and outer shaft device 60B is injected with reverse osmosis water 52D. Velocity production + Supercritical pressure steam 5H water speed production such as suction injection Mach 34 etc. + Electric power generation by acceleration of gravity acceleration in vacuum, power generation input advantage comparison difficult part is supercritical pressure water vapor 5H Mach 34 equal water speed production Compared to the end of the production of water at a low temperature such as 20 ° C, the superheated steam for steam turbine driving is the core driving superheated steam such as all the heat of vaporization or more, and the advantage comparison is the most important part. The magnification can be calculated is the same flow area as the existing steam turbine last stage blade group power generation amount, the same mass x 30 times the speed squared x drop of 240 m, and the 1000 stage turbine blade group 8F = 900,000 times the power generation amount turbine When the advantage comparison explanation magnification of the blade group 8F is used and the current steam turbine power generation is 30 times the water speed Mach 34 drive = pumping speed 1/34 × 1/20 = 1/680 pumping speed, etc. In response to the pumping pump input being proportional to the cube of the rotational speed, the reverse osmosis water 52D is pumped up to the double reversing pump 12H to double the double speed by double reversing. In response to being proportional to the power, a large or very small number of counter-rotating pumps 12H are driven to make the most efficient use of water speed and water centrifugal force, and a 1000-stage turbine blade group 8F with a drop of 240m2.4MPa. Because of the 1/10 pressure pumping of the steam pressure of 24MPa for the existing state-of-the-art thermal power generation, we aim at 1/1000 input counter-rotating pump 12H of the thermal power generation water supply pump, and the most important in engine invention comes out We need to experiment because of the superiority comparison explanation magnification of type.

In the manufacturing process, the outer rotor blade 60d outer inlet blade 60e turbine blade group 8F, inner rotor blade 60c inner inlet blade 60f turbine blade group 8F, outer rotor blade 60d outer intermediate blade 60g turbine blade group 8F, and inner blade 60c intermediate The blade assembly 60F of the turbine blade group 8F, the inner rotor blade 60c, the inner outlet blade 60j, the outer rotor blade 60d, the outer outlet blade 60k, the turbine blade group 8F, and the fitting assembly portion 9M, etc. 10B, each turbine blade group 8F is processed as a turbine blade grinding machine 10F, bearings 12C are provided at both ends of the inner shaft device 60A and outer shaft device 60B, respectively, and the fitting assembly portion 9M is temporarily assembled. Is held by the vertical lathe 10B for counter rotating engine, and the balance adjustment processing is performed at an ultra high speed, and the main assembly is disassembled as the balance processing is good, and the counter rotating magnetic device 85 or the counter rotating gear device 85Y is assembled. As a set that is more reversed, the generator 1 is provided on the horizontal axis 1h, and one set of a plurality of generators 1 is generated to form a large number of vertical all-blade steam water gravity turbine 11Z power generation. One set of the first speed production, the other set is a large group that can all be damaged by the same earthquake, etc., aiming for a drop of 500-800m, the largest contribution in the history of mankind with the largest salary in the world and the increase in employment The energy saving cycle coalescence engine power generation and coalescence method power generation, which makes the world's best global warming prevention with the highest profit rate.

In the manufacturing process, the counter rotating engine 12G that produces supercritical pressure steam 5H for power generation in FIG. 4 is provided with bearings at both ends of the inner shaft device 60A and the inner output blade 53A + the outer shaft device 60B and the outer output blade 53A. 12C, each of which is separately processed into a counter rotating machine lathe 10C, a compression blade grinding machine 10D, and an output blade grinding machine 10E, and each is temporarily assembled into a screw assembly fixing, a fitting assembly fixing, etc. Both ends are held by a lathe 10C for a heavy reversing engine. As a reversing engine 12G to be assembled as an ultra-high speed rotating balance adjusting process, etc., the inner side is reversed by a reversing magnetic device 85 or a reversing gear device 85Y. Axis device 60A + outer shaft device 60B is driven in a double reversal, with a double reversal + blade angle + 1/3 decimal blade and triple area blade, etc., aiming for a larger size and 1/100 parts count compared to 10 times the speed of existing technology By using various magnets such as repulsive magnets, the bearing load is brought close to zero, and by adding zero approach such as resonance and vibration, the compressor blades 53C and the output blades 53A for each stage are driven for driving at 10 times speed or more and aiming for zero vibration. As an inner compression blade 53C + outer compression blade 53C cooled by reverse osmosis water 52D for supercritical pressure steam 5H production, air 28a heated to 10 times or more by the solar heater 21 of FIG. Is taken in from the inlet outer box nozzle 6G, the air 28a is converted into an ultra-high speed counter-rotating linear cooling compression, the two-stage compressor 12N coupled linear cooling compression can be selected, and supplied to the compressed air heat exchanger 2Y at a compression ratio of 80 or more. Then, heat exchange with the fuel-injection combustion supercritical pressure steam pipe 5H, aiming to produce supercritical pressure steam 5H with 130 times x 10 times heated air = 1300 times heat of the same thermal fuel boiler with the same fuel amount, Combustion gas 49 of about 15 MPa is sucked and injected with steam 5H, and the output of the counter-reversing engine 12G is the same fuel amount as the existing gas turbine, 1300 times steam mass x 5 times speed combustion gas x 10 times speed steam 5H = 65000 times output advantage As a sex ratio, a counter-rotating engine 12G that produces supercritical pressure water vapor 5H is used.

The counter-rotating engine 12G for methane recovery under the seabed or permafrost is 10 times larger than the water-cooled inner shaft device 60A / inner compression blade 53C + outer shaft device 60B / outer compression blade 53C in the solar heater 21 of FIG. The superheated pressure steam 5H is obtained by sucking the air 28a having been heated and heated to the ultra-high speed counter-inversion air cooling compression by the outer compression blades 53C and the inner compression blades 53C cooled with water, respectively, and exchanging the air compression heat most efficiently. The production water is heated and fed to the supercritical pressure steam pipe 5H of the compressed air heat exchanger 2y at around 30 MPa to obtain cooled compressed air with a compression ratio of 80 to 100 or more and supplied to the compressed air heat exchanger 2Y. Supercritical pressure steam 5H to high-temperature water is produced by injection-combustion heat exchange, similar to US shale gas recovery device + Japan methane recovery device + counter-rotating engine 12G, supercritical pressure steam 5H Hot water is injected into methane hydrate and recovered with methane gas. A suitable amount of combustion gas 49 in the compressed air heat exchanger 2Y is converted into special cooling power generation. The exhaust gas temperature is -200 ° C, etc., cooled with methane gas and recovered with liquid methane. In methane recovery under high-temperature water, such as 500m below frozen land, if an enclosure is set up to make a very large greenhouse and shut off from the outside air, it will be used as a study on the production of methane fungus methane, research on greenhouse grassland grazing with sunshine hours and water drops, etc. The counter-rotating engine 12G is used for experiments such as mass production of methane and mass production of beef.

Since the heat production of the solar heater 21 in FIG. 5 becomes 260 ° C., which is 13 times the air 20 ° C. at the compression ratio 8, the temperature is increased 10 times or more by the solar heater 21 with the counter rotating engine 12G compressor. The heated air 28a is compressed to a compression ratio of 80 or more, compressed with water-cooled compressor blades 53C, and subjected to fuel injection combustion heat exchange with the compressed air heat exchanger 2Y to produce supercritical pressure water vapor 5H. Aiming to produce pressure steam 5H production volume 130 times × 10 times = 1300 times that of existing boilers, driving vertical vertical blade steam water gravity turbine 11Z by reverse osmosis water 52D suction injection with supercritical pressure steam 5H, The same flow path area of the last blade blade group of the existing steam turbine is set to the turbine blade group 8F with a power of 20000 times mass × 30 times speed = 18000000 times the power generation amount, and the liquid oxygen production machine 89A not shown in the figure is driven in a supercritical manner. Pressure steam 5 H heat + liquid air 28a Electricity of cold production + liquid air cold heat + superheated steam heat supply equipment 3D to make hot use prime and cold use prime, solar heater 21 is provided with buoyancy on the water surface or on flat ground A circular railway is provided, and the solar heater 21 is provided with a rotation support portion 4f and a gear device 4d and a roller 4e as a floating device and a land device not shown in the figure that maintain and control sunlight at right angles from east to west. As a cylindrical rotating unit 77G, the vertical rotation and vertical rotation control of the sunlight is performed, and the east and west vertical rotation control is performed by using buoyancy and a circular railway. A device that maximizes the air temperature in the heat absorption tube 4H that aims at the maximum amount of stored heat, collects sunlight with the maximum amount of earth in a straight line by the rectangular long lens 2d, and has the heat absorption tube 4H in the vicinity of the focal length. The temperature of the A air 28a is maximized, the temperature of the external air passage 28A is also increased, the existing lens cross section is linearly extended, and the entire lens material can be used as a rectangular long lens 2d, and a heat insulating material such as foam plastic 2c is surrounded by a cylindrical rotating portion 77G or the like to form a long cylinder such as a cylinder, the long long lens 2d is sealed with a joint 80A + fastener 80B, the upper part is an external air passage 28A, and the heat absorption pipe 4H is an internal air passage. As 28A, the solar air heater 21 of selective suction of the two air passages 28A is used.

The two-stage compressor 12N of FIG. 6 includes bearings 12C at both ends of the inner shaft device 60A and the inner compression blade 53C + the outer shaft device 60B and the outer compression blade 53C, respectively, for the counter rotating engine lathe 10C and the compression blade. Grinding machine 10D is processed and temporarily assembled into screw assembly fixing and fitting assembly fixing separately, and both ends are held by lathe 10C for counter rotating engine. As the two-stage compressor 12N, the inner shaft device 60A and the outer shaft device 60B are driven by the counter rotation by the counter rotating magnetic device 85 to the counter rotating gear device 85Y, and the inner compression is performed by cooling the reverse osmosis water 52D. The air 28a sucked from the inlet outer box nozzle 6G is linearly cooled and compressed by the blades 53C and the outer compression blades 53C to be used for the two-stage compressor 12N ultra-high speed counter-rotating linear cooling compression and the connected linear cooling compression. , Supplied to the compressed air heat exchanger 2Y at a compression ratio of 80 or more, etc., and exchanged heat with the fuel injection combustion supercritical pressure steam pipe 5H, producing the same amount of fuel as the supercritical pressure steam 5H 130 times the existing thermal power boiler As the target coupling drive, the counter-rotating engine 12G, the counter-rotating injection engine 12E, the counter-rotating air injection engine 12F and the like are coupled and driven, and the two-stage compressor 12N is used for various applications as a multi-stage air compressor. .

The existing state-of-the-art science and technology is proportional to the physical kinetic energy = mass × speed square, and 0 is too unreasonable. Therefore, the vertical rotor blade steam water gravity turbine 11Z generator turbine blade group 8F has the same flow path. There is a possibility that it will approach 18 million times the amount of power generation of the last blade group of existing thermal power generation steam turbines, and there is a high possibility that existing thermal power generation and nuclear power generation will naturally occur, and solar power generation and wind power generation will also gradually become 0 There is a possibility.

0: Various energy storage cycle coalesced engine (various heat energy is compressed and recovered by heat pump as air temperature, divided into air 28a cold heat + superheated steam 50 heat, and gravitational energy is accelerated and accelerated by gravitational acceleration in vacuum 1) Generator, 1c: Liquid fuel, 1e: Factory power generation, 1f: Horizontal shaft bearing 0 approach (horizontal shaft bearing + thrust bearing + electromagnet bearing load 0) 1h: Horizontal axis (axis that alternates the rotation direction of the outer shaft device and the inner shaft device) 1A: Storage battery, 1D: Fuel injection pump, 1H: In-house power generation, 1K: Liquid fuel control valve, 1L: High-pressure fuel heating pipe 2A: heat-resistant material, 2C: 1 to multi-stage compression heat recovery device (heat energy is air temperature, heat pump is used to recover heat multiple times with a compression heat exchanger, and the rest is heated 50+ liquid 2Y: Compressed air heat exchanger (high-pressure air 28a cold heat + superheated steam 50 heat production) 2b: Low water resistance (highly jetting air, combustion gas, superheated steam, etc. to the bottom of the ship to minimize water resistance) 2c: heat insulating material, 2d: long lens (convex lens cross-section extended into a rectangular shape, aiming at the maximum focal length by using multiple lenses) 3d: combined turbine, 3e: two-stage compressor, 3s: simple compressor 3E: Turbine, 3E: Specific critical substances (specific critical liquids such as mercury and water at room temperature) 3E: Specific critical substances (low-melting-point liquid, stable liquid high-temperature liquid alloys) 3Q: Theoretical expansion engine (Boil 3R: Theoretical gas turbine, 3S: Theoretical steam turbine, 3T: Theoretical gas compressor, 3U: Theoretical turbine, 4H: Heat absorption tube (Solar light with long lens 2d) 4J: Storage battery drive wheel, 4L: Theoretical expansion engine vehicle, 4M: Theoretical turbine vehicle, 4Q: Theoretical combustion chamber ( Theoretical air-fuel ratio combustion in the production of superheated steam Combustion chamber aiming at the existing 4 times combustion amount and 20 times pressure superheated steam injection), 4T: axial flow counter rotating compressor, 4V: axial flow counter rotating turbine, 4d: gear device 4e: roller, 4f: rotation support section, 5: air injection nozzle, 5b: compressed air passage, 5G: steam heating pipe, 5G: water pipe, 5H: supercritical pressure steam, 5H: supercritical pressure steam pipe, 5J: Compressed air superheat pipe, 5M: High pressure high temperature combustion chamber, 5Q: High pressure high temperature water control valve, 5S: Compressed air heating pipe, 5V: Compressed air control valve, 5Z: Water pump, 6: Final compression blade, 6A: Superheated steam ro 6B: Compressed air injection nozzle, 6F: Water injection nozzle, 6G: Outer box injection port, 6H: Drain pipe, 6W: Specific material accelerator, 6X: Fuel injection nozzle 6Y: combustion gas injection nozzle, 6Z: superheated steam injection nozzle, 7A: propeller, 7B: rotating blade, 7C: screw, 8a: turbine blade, 8d: upper expansion blade group, 8e: lower expansion blade group, 8f: Assembly turbine blade group, 8g: Upper compression blade group, 8h: Lower compression blade group, 8j: Assembly compression blade group, 8k: Inner compression blade (equipped with both-side center support inner shaft device) 8m: Outer compression blade (both-side center support) 8n: Inner output vane (both sides supporting inner shaft device) 8p: Outer output vane (both sides supporting outer shaft device) 8q: Inner compression vane (according to rotational speed and peripheral speed) 8r: Outer compression blade (compression blade with angle, curve and rotation radius doubly reversed according to rotation speed and peripheral speed), 8s: Inner output blade (rotation) Output blade with angle, curve and turning radius double reversal according to speed and peripheral speed), 8t: Outer output blade (output blade with angle, curve and revolving radius double reversal according to rotation speed and peripheral speed) 8F: Turbine blade group, 9B: Electromagnet permanent magnet, 9C: Electromagnet permanent magnet, 9D: Pneumatic part, 9E: Pneumatic part, 9M: Fitting assembly part, 9Q: Vertical parallel plate, 9b: Upper attractive lower repulsion magnet, 9c : Attracting magnet, 9d: repulsive magnet, 10B: vertical lathe for counter rotating engine, 10C: lathe for counter rotating engine, 10D: grinding blade for compression blade, 10E: grinding blade for output blade, 10F: for turbine blade Grinding machine, 11: All blade steam -Bin, 11B: Counter-rotating car, 11C: Counter-inverting ship, 11D: Condenser, 11E: Counter-inverting airplane, 11F: Counter-inverting jet ship, 11G: Counter-inverting jet airplane, 11I: Rotary wing airplane 11J: Rotary wing jet airplane, 11M: Osprey extra large, 11N: Large Osprey, 12: Gravity power generation building, 12A: Steel frame, 12B: Column tube, 12C: Bearing, 12D: Square flange, 12E: Counter-rotating jet engine 12F: Counter-rotating air injection engine, 12G: Counter-rotating engine, 12N: Two-stage compressor, 21: Solar heater (mainly used by providing an intake air passage in the heat absorption pipe 4H) 24A: Compressed air control valve, 25: Superheated steam control valve, 25b: High pressure fuel control valve, 25c: Fuel pipe, 28A: Intake air path, 28a: Air, 28b: Suction Airway, 29a: Super high pressure air, 38H: Theoretical screw ship, 38J: Theoretical injection ship, 38T: Theoretical injection airplane, 38U: Theoretical propeller airplane, 49: Combustion gas, 50: Superheated steam, 50: Superheated steam chamber, 50A : High-pressure high-temperature water, 50a: Superheated steam injection pipe, 52A: Water, 52B: Water pipe, 52C: Alcohol, 52C: Alcohol pipe, 52D: Reverse osmosis water (water that reduces the amount of wear of the solid substance removing turbine blade group 8F) ), 52D: Reverse osmosis water pipe, 52E: Distilled water, 52E: Distilled water pipe, 52a: Water, 52b: High-temperature water, 53A: Output blade (output blade aiming at peripheral speed around 1/10 of the driving fluid speed) 53B: Output blade (Output blade aiming at outer peripheral speed close to driving fluid speed) 53C: Compression blade (reverse osmosis water 52D cooling blade for 5H production) 60A: Inner shaft device, 60 : Outer shaft device, 60G: Outer annular blade, 60H: Inner annular blade, 60c: Inner blade, 60d: Outer blade, 60e: Outer inlet blade, 60f: Inner inlet blade, 60g: Outer intermediate blade, 60h: Inner Intermediate blade, 60j: Inner outlet blade, 60k: Outer outlet blade, 77A: Gas turbine outer box, 77B: Rocket outer box, 77C: Counter reversing machine outer box, 77G: Cylindrical rotating part, 77a: Turbine outer box, 77b : Outer box of compressor, 80: Bearing (to bring the bearing load as close to 0 as possible by using magnetic force + pneumatic pressure) 80A: Joint, 80B: Fastener, 80a: Thrust bearing (Bearing load as much as possible by using magnetic force + pneumatic pressure) 85: Double reversal magnetic device (magnet-utilized gear height is slightly contactless and reciprocally rotated by a horizontal shaft 1h gear) 85Y: Double reversing gear device (horizontal shaft 1h gear)互逆 to rotate) 88B: steam combined air injection unit, 88C: the theoretical air injection unit, 88L: steam combined water injection unit, 88M: Theoretical water injection unit, 89A: Liquid oxygen production unit

Claims (241)

  Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured for turbine blade grinding machine (10F) (11Z) power generation supercritical pressure steam pipe (5H) Various energy storage cycle coalescence engine and coalescence method provided in a gravity power generation building (12).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured for turbine blade grinding machine (10F) (11Z) power generation supercritical pressure steam pipe (5H) Various energy storage cycle coalescence engine and coalescence method comprising a reverse osmosis water pipe (52D) and a column pipe (12B) of a gravity power generation building (12).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured for turbine blade grinding machine (10F) (11Z) power generation supercritical pressure steam pipe (5H) Various energy storage cycle coalescence engine and coalescence method comprising a column of gravity power generation building (12).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) Various energy storage cycle coalescence engine and coalescence method comprising a gravity power generation building (12).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured for turbine blade grinding machine (10F) (11Z) power generation supercritical pressure steam pipe (5H) Various energy storage cycle coalescing engines and coalescing methods fixed to the reverse osmosis water pipe (52D) and column pipe (12B) square flange (12D) of the gravitational power generation building (12).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) Various energy storage cycle coalescing engines and coalescing methods, wherein the reverse osmosis water pipe (52D) and column pipe (12B) and the square flange (12D) of the gravity power generation building (12) are fixed to the steel frame (12A).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) Various energy storage cycle coalescence engines and coalescence methods, wherein the reverse osmosis water pipe (52D) and column pipe (12B) and the square flange (12D) of the gravity power generation building (12) are bolted to the steel frame (12A).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) of reverse osmosis water pipe (52D) and column pipe (12B) square flange (12D) as a square, various energy storage cycle coalescence engine and coalescence method fixed on the steel frame (12A) up and down.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) of reverse osmosis water pipe (52D) and column pipe (12B) square flange (12D) as a square, various energy storage cycle coalescence engine and coalescence method bolted up and down the steel frame (12A).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) of the reverse osmosis water pipe (52D) and column pipe (12B) square flange (12D) as a square, various steel frames (12A) various energy storage cycle coalescence engine to increase the number of floors by bolting up and down Merge method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) Reverse osmosis water pipe (52D) and column pipe (12B) Square flange (12D) is square and various steel frames (12A) are bolted on the top and bottom of the steel frame (12A) to make the number of floors more than one floor Merger engine and merger method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) Reverse osmosis water pipe (52D) and column pipe (12B) Square flange (12D) square and various steel frames (12A) with bolts on top and bottom of the steel frame (12A) to reduce the number of floors to 20 floors or less Merger engine and merger method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) Reverse osmosis water pipe (52D) and column pipe (12B) Square flange (12D) is square and various steel frames (12A) are bolted up and down to lower the number of floors to 15 or less. Merger engine and merger method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) Reverse osmosis water pipe (52D) and column pipe (12B) Square flange (12D) is square and various steel frames (12A) are bolted up and down to lower the floor to 10 floors or less Merger engine and merger method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) Reverse osmosis water pipe (52D) and column pipe (12B) Square flange (12D) is square and various steel frames (12A) are bolted up and down to lower the number of floors to 8 or less. Merger engine and merger method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical all-blade steam water gravity turbine (11Z) power generation + supercritical pressure steam pipe (5H ) Gravity power generation building (12) Reverse osmosis water pipe (52D) and column pipe (12B) Square flange (12D) square and various steel frames (12A) by bolting up and down the steel frame (12A) and various energy conservation cycles Merger engine and merger method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured for turbine blade grinding machine (10F) (11Z) power generation supercritical pressure steam pipe (5H) + Various energy storage cycle coalescence engine and coalescence method using supercritical pressure water vapor (5H) reverse osmosis water (52D) rising to the top in reverse osmosis water pipe (52D) and column pipe (12B).   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy conservation cycle coalescence engines and coalescence methods for jetting with acceleration of gravitational acceleration while the degree of vacuum is rising.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy storage cycle coalescence engine and coalescence method injecting at gravitational acceleration acceleration Mach 3 or higher during vacuum increase.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured for turbine blade grinding machine (10F) (11Z) power generation supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy conservation cycle coalescence engine and coalescence method for accelerating at gravitational acceleration acceleration Mach 30 or less while the degree of vacuum is rising.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy storage cycle coalescence engine and coalescence method injecting at gravitational acceleration acceleration Mach 1 or higher while the degree of vacuum is rising.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy conservation cycle coalescence engine and coalescence method for accelerating at a gravitational acceleration acceleration Mach of 10 or less during vacuum increase   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy storage cycle coalescence engine and coalescence method for accelerating gravitational acceleration in injection vacuum by acceleration of gravitational acceleration while the degree of vacuum is rising.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum increase Mach 3 or more, various energy storage cycle coalescence engine and coalescence method for acceleration of gravity acceleration in injection vacuum.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum increase Mach 30 or less accelerating gravitational acceleration acceleration in vacuum Various energy storage cycle coalescence engine and coalescence method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration while raising the vacuum degree Mach 1 or more, various energy storage cycle coalescence engine and coalescence method for acceleration of gravity acceleration in injection vacuum.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum increase Mach 10 or less accelerating gravitational acceleration acceleration in vacuum Various energy storage cycle coalescence engine and coalescence method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various energy storage cycle coalescence engine and coalescence method for injecting gravity acceleration acceleration during cylinder vacuum acceleration to cylinder outer rotor blade group (60D) and cylinder inner rotor blade group (60C) during vacuum acceleration.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various types of energy storage cycle coalescence engine and coalescence method for injecting gravity acceleration acceleration cylinder outer rotor blade group (60D) and cylinder inner rotor blade group (60C) in jet vacuum at gravitational acceleration acceleration Mach 3 or higher during vacuum increase.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various types of energy storage cycle coalescence engine and coalescence method for injecting into the acceleration vacuum gravity acceleration acceleration cylinder outer rotor blade group (60D) and cylinder inner rotor blade group (60C) in acceleration vacuum at gravitational acceleration acceleration Mach 30 or less while the degree of vacuum is rising.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various types of energy storage cycle coalescence engine and coalescence method for injecting gravity acceleration acceleration cylinder outer rotor blade group (60D) and cylinder inner rotor blade group (60C) during injection vacuum at gravitational acceleration acceleration Mach 1 or higher during vacuum increase.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Various types of energy storage cycle coalescence engine and coalescence method for injecting gravity acceleration acceleration Mach 10 or less during acceleration of vacuum degree to gravity acceleration acceleration cylinder outer blade group (60D) and cylinder inner blade group (60C) in vacuum.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration in the course of increasing vacuum degree Gravity acceleration acceleration in cylinder Vacuum outer blade group (60D) Cylindrical inner blade group (60C), each energy storage cycle coalescence engine and coalescence method in which each of the jets is driven in reverse rotation .   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum increase Mach 3 or more injection Gravity acceleration acceleration in cylinder Vacuum outer blade group (60D) Cylindrical inner blade group (60C) Various energy conservation cycle coalescence engines that invert the drive of each injection And coalescing method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Accelerating Gravity Acceleration Mach 30 or less during vacuum increase Accelerating Gravity Acceleration in Vacuum Cylindrical outer blade group (60D) Cylindrical inner blade group (60C) And coalescing method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during the increase of vacuum degree Mach 1 or more Injecting vacuum gravity acceleration acceleration Cylindrical outer blade group (60D) Cylindrical inner blade group (60C) And coalescing method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum increase Mach 10 or less Acceleration in gravity vacuum acceleration Acceleration in vacuum Vacuum outer blade group (60D) Cylindrical inner blade group (60C) And coalescing method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Injection of gravitational acceleration in vacuum with increasing gravitational acceleration in vacuum Vacuum-accelerated acceleration of cylinders (60D) Cylindrical outer blade group (60C) And coalescing method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration while raising the vacuum degree Mach 3 or more Injecting vacuum gravity acceleration acceleration Cylindrical outer blade group (60D) Cylindrical inner blade group (60C) Cycle coalescence engine and coalescence method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Acceleration of gravity acceleration under the increase in vacuum degree Mach 30 or less Acceleration of gravity acceleration in vacuum Vacuum outer blade group (60D) Cylindrical inner blade group (60C) Cycle coalescence engine and coalescence method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum rise Mach 1 or more Injection Gravity acceleration acceleration in cylinder Vacuum outer blade group (60D) Cylindrical inner blade group (60C) Cycle coalescence engine and coalescence method.   Counter-rotating engine (12G) + vertical lathe for counter-rotating engine (10B) vertical bladed water steam turbine manufactured by turbine blade grinding machine (10F) supercritical pressure steam pipe (5H) + Reverse osmosis water pipe (52D) and column pipe (12B) raise supercritical pressure water vapor (5H) reverse osmosis water (52D) to the top Supercritical pressure water vapor (5H) expansion speed + reverse osmosis water (52D) injection speed + Gravity acceleration acceleration during vacuum increase Mach 10 or less acceleration Gravity acceleration acceleration in vacuum Vacuum outer blade group (60D) Cylindrical inner blade group (60C) Cycle coalescence engine and coalescence method.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generation outer shaft device (60B) and cylinder Various energy storage cycle coalescence engines and coalescence methods comprising bearings (12C) and output vanes (53A) at both ends of the outer rotor blade group (60D) and the inner shaft device (60A) / cylindrical inner rotor blade group (60C).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generation outer shaft device (60B) and cylinder The outer rotor blade group (60D) and the inner shaft device (60A) / cylindrical inner rotor blade group (60C) are equipped with bearings (12C) and output blades (53A) at both ends, respectively. Various energy storage cycle coalescence engines and coalescence methods that enable both-end support processing with a lathe (10B).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generation outer shaft device (60B) and cylinder The outer rotor blade group (60D) and the inner shaft device (60A) / cylindrical inner rotor blade group (60C) are equipped with bearings (12C) and output blades (53A) at both ends, respectively. Various energy storage cycle coalescence engine and coalescence method for performing ultra-high speed balance adjustment processing on both ends with a lathe (10B).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generation outer shaft device (60B) and cylinder The outer rotor blade group (60D) and the inner shaft device (60A) / cylindrical inner rotor blade group (60C) are equipped with bearings (12C) and output blades (53A) at both ends, respectively. Various energy storage cycle coalescence engine and coalescence method for ultra-high-precision balance adjustment and ultra-high-speed balance adjustment with lathe (10B).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generation outer shaft device (60B) and cylinder The outer rotor blade group (60D) and the inner shaft device (60A) / cylindrical inner rotor blade group (60C) are equipped with bearings (12C) and output blades (53A) at both ends, respectively. Various energy storage cycle coalescence engines and coalescence methods to be assembled after ultra-high-speed balance adjustment ultra-precision machining on both ends with lathe (10B).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compressor blade (53C) and the inner shaft device (60A) / inner compressor blade (53C) that are cooled by reverse osmosis water (52D) are provided with bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods provided.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compressor blade (53C) and the inner shaft device (60A) / inner compressor blade (53C) that are cooled by reverse osmosis water (52D) are provided with bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods that enable both-end support processing with a vertical lathe (10B) for temporary assembly counter-rotating engine separately.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compression blade (53C) and the inner shaft device (60A) / inner compression blade (53C), which are cooled by reverse osmosis water (52D), have bearings (12C) at both ends of the output blade (53A). Various energy storage cycle merging engines and merging methods, each of which is separately supported by a vertical lathe (10B) for temporary assembly counter rotating engine (10B).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compressor blade (53C) and the inner shaft device (60A) / inner compressor blade (53C) that are cooled by reverse osmosis water (52D) are provided with bearings (12C) at both ends of the output blade (53A). Various energy storage cycle merging engines and merging methods that make ultra-high-speed balance adjustment ultra-precise machining with both ends supported by a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compressor blade (53C) and the inner shaft device (60A) / inner compressor blade (53C) that are cooled by reverse osmosis water (52D) are provided with bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods that are separately assembled in a temporary lathe (10B) for temporary assembly counter rotating engine (10B), each of which is supported at both ends, and which is assembled after ultra-high-speed balance adjustment and ultra-precision machining.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A), which are cooled by reverse osmosis water (52D), have bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods provided.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A), which are cooled by reverse osmosis water (52D), have bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods that enable both-end support processing with a vertical lathe (10B) for temporary assembly counter-rotating engine separately.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A), which are cooled by reverse osmosis water (52D), have bearings (12C) at both ends of the output blade (53A). Various energy storage cycle merging engines and merging methods, each of which is separately supported by a vertical lathe (10B) for temporary assembly counter rotating engine (10B).   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A), which are cooled by reverse osmosis water (52D), have bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods, each of which is provided with a super-high-speed balance adjustment ultra-precision machining with both ends supported by a vertical lathe (10B) for a temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A), which are cooled by reverse osmosis water (52D), have bearings (12C) at both ends of the output blade (53A). Various energy storage cycle coalescence engines and coalescence methods that are separately assembled in a temporary lathe (10B) for temporary assembly counter rotating engine (10B), each of which is supported at both ends, and which is assembled after ultra-high-speed balance adjustment and ultra-precision machining.   Both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by variously connected and driven two-stage compressor (12N) reverse osmosis water (52D) Vertically-rotating blade steam water gravity manufactured by a counter rotating engine (12G) equipped with a bearing (12C) and an output blade (53A) + a vertical lathe for a counter rotating engine (10B) and a grinding machine for a turbine blade (10F) Various energy storage cycle coalescence engines and coalescence methods containing turbine (11Z) power generation (11A) power generation electrical product drive.   Both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by variously connected and driven two-stage compressor (12N) reverse osmosis water (52D) Bearing (12C) equipped with output vane (53A) equipped with a counter rotating engine (12G) and a counter rotating engine for counter rotating engine, each of which can be supported at both ends by a vertical lathe (10B) for a temporarily assembled counter rotating engine. Various energy storage cycle coalescence engine and coalescence method including vertical lathe steam water gravity turbine (11Z) power generation (11A) power generation electric product drive manufactured by type lathe (10B) turbine blade grinding machine (10F).   Both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by variously connected and driven two-stage compressor (12N) reverse osmosis water (52D) The bearing (12C) and the output vane (53A) are separately provided on both ends of the vertical turning lathe (10B) for temporary reversing engine. ) Various energy storage cycle coalescence engines and coalescence methods for vertical bladed steam water gravity turbine (11Z) power generation manufactured by turbine blade grinding machine (10F).   Both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by variously connected and driven two-stage compressor (12N) reverse osmosis water (52D) Bearings (12C), output vanes (53A), and temporary assembly counter-rotating engine vertical lathes (10B), both ends supported ultra-high-speed balance adjustment ultra-precision machining, counter-rotating engine vertical lathes (10B) Various energy storage cycle coalescing engines and coalescence methods for a vertical all-blade steam-water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by variously connected and driven two-stage compressor (12N) reverse osmosis water (52D) Bearings (12C), output vanes (53A), each of which is separately assembled and temporarily supported by a vertical lathe (10B) for a counter rotating engine. Various energy storage cycle coalescence engines and coalescence methods for vertical lathe (10B) turbine blade grinding machine (10F) and vertical all blade steam water gravity turbine (11Z) power generation.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compression blade (53C) and the inner shaft device (60A) / inner compression blade (53C) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle coalescence engines and coalescence methods provided.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compression blade (53C) and the inner shaft device (60A) / inner compression blade (53C) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods, each of which can be supported at both ends by a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compression blade (53C) and the inner shaft device (60A) / inner compression blade (53C), which are reverse osmosis water (52D) cooling blades, have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods in which both ends are supported and ultra-high-speed balance adjustment processing is performed separately on a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compression blade (53C) and the inner shaft device (60A) / inner compression blade (53C) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods that make ultra-high-speed balance adjustment ultra-precision machining with both ends supported by a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer compression blade (53C) and the inner shaft device (60A) / inner compression blade (53C) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods to be assembled after ultra-high-speed balance adjustment and ultra-precision machining at both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle coalescence engines and coalescence methods provided.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods, each of which can be supported at both ends by a vertical lathe (10B) for a temporarily assembled counter rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) The outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) which are reverse osmosis water (52D) cooling blades have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods in which both ends are supported and ultra-high-speed balance adjustment processing is performed separately on a vertical lathe (10B) for temporary assembly counter rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) A reverse osmosis water (52D) cooling blade as an outer shaft device (60B) / outer output blade (53A) and an inner shaft device (60A) / inner output blade (53A) have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods that make ultra-high-speed balance adjustment ultra-precision machining with both ends supported by a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical rotating lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F) vertical rotor blade steam water gravity turbine (11Z) power generating counter-rotating engine (12G) A reverse osmosis water (52D) cooling blade as an outer shaft device (60B) / outer output blade (53A) and an inner shaft device (60A) / inner output blade (53A) have bearings (12C) at both ends of the output blade (53A). ) Various energy storage cycle merging engines and merging methods to be assembled after ultra-high-speed balance adjustment and ultra-precision machining at both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) The equipped output blade (53A) The various energy storage cycle coalescing engine and the coalescing method.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) A built-in output blade (53A), and various energy storage cycle coalescing engines and coalescing methods, each of which can be supported at both ends by a vertical lathe (10B) for a temporarily assembled counter rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) Various energy storage cycle coalescence engines and coalescence methods, each comprising an output blade (53A) and an ultra-high-speed balance adjustment processing on both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) Combined output blade (53A) Combined engine and method for combining various energy storage cycles to perform ultra-high-speed balance adjustment ultra-precision machining on both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) Equipped with output blade (53A) Equipped separately with temporary lathe (10B) for temporary reversing engine Method.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) The equipped output blade (53A) The various energy storage cycle coalescing engine and the coalescing method.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) A built-in output blade (53A), and various energy storage cycle coalescing engines and coalescing methods, each of which can be supported at both ends by a vertical lathe (10B) for a temporarily assembled counter rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) Various energy storage cycle coalescence engines and coalescence methods, each comprising an output blade (53A) and an ultra-high-speed balance adjustment processing on both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) Combined output blade (53A) Combined engine and method for combining various energy storage cycles to perform ultra-high-speed balance adjustment ultra-precision machining on both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine.   Counter-rotating engine (12G) + vertical-turning lathe for counter-rotating engine (10B) Turbine blade grinding machine (10F), vertical rotor blade steam water gravity turbine (11Z), supercritical pressure steam (5H) manufacturing Bearings at both ends of the outer shaft device (60B) / outer output blade (53A) and the inner shaft device (60A) / inner output blade (53A) as a counter rotating engine (12G) reverse osmosis water (52D) air cooling blade (12C) Equipped with output blade (53A) Equipped separately with temporary lathe (10B) for temporary reversing engine Method.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by the counter-rotating engine (12G) reverse osmosis water (52D) 12C) A built-in output blade (53A) equipped with various energy storage cycle coalescing engines and a coalescing method.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by the counter-rotating engine (12G) reverse osmosis water (52D) 12C) A built-in output blade (53A), and various energy storage cycle coalescing engines and coalescing methods, each of which can be supported at both ends by a vertical lathe (10B) for a temporarily assembled counter rotating engine.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by the counter-rotating engine (12G) reverse osmosis water (52D) 12C) A built-in output blade (53A), and various energy storage cycle coalescing engines and coalescing methods, each of which is separately supported by a vertical lathe (10B) for temporary assembly counter-rotating engine, and both ends are supported.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by the counter-rotating engine (12G) reverse osmosis water (52D) 12C) A built-in output blade (53A), and various energy storage cycle coalescing engines and coalescing methods, each of which is supported on both ends by a vertical lathe (10B) for temporary reversing engine and ultra-high-speed balance adjustment ultra-precision machining.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Bearings at both ends of the outer shaft device (60B) / outer compression blade (53C) and inner shaft device (60A) / inner compression blade (53C) cooled by the counter-rotating engine (12G) reverse osmosis water (52D) 12C) Built-in output blades (53A) each equipped with a separately assembled temporary lathe (10B) for a counter-rotating engine. .   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Both ends of the outer shaft device (60B) and outer output blade (53A) of the compression blades and the inner shaft device (60A) and inner output blade (53A) of the counter rotating engine (12G) reverse osmosis water (52D) cooled Various energy storage cycle coalescence engine and coalescence method equipped with a bearing (12C) and an output blade (53A).   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Both ends of the outer shaft device (60B) and outer output blade (53A) of the compression blades and the inner shaft device (60A) and inner output blade (53A) of the counter rotating engine (12G) reverse osmosis water (52D) cooled In addition, various energy storage cycle coalescence engines and coalescence methods, each having a bearing (12C), an output blade (53A), and a separately supported temporary lathe (10B) for temporary reversing engine.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Both ends of the outer shaft device (60B) and outer output blade (53A) of the compression blades and the inner shaft device (60A) and inner output blade (53A) of the counter rotating engine (12G) reverse osmosis water (52D) cooled Various energy storage cycle merging engines and merging methods in which the bearings (12C), the output blades (53A), and the both ends are supported separately on a vertical lathe (10B) for temporary reversing engine.   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Both ends of the outer shaft device (60B) and outer output blade (53A) of the compression blades and the inner shaft device (60A) and inner output blade (53A) of the counter rotating engine (12G) reverse osmosis water (52D) cooled Bearings (12C), output blades (53A), and separate energy storage cycle coalescence engine and coalescence method for ultra-high-speed balance adjustment ultra-high-speed balance adjustment on both ends using a vertical lathe (10B) for temporary reversing engine .   Vertical reversing engine (12G) + vertical lathe for counter reversing engine (10B) turbine blade grinding machine (10F) vertical all blade steam water gravity turbine (11Z) power generation supercritical pressure steam (5H) production Both ends of the outer shaft device (60B) and outer output blade (53A) of the compression blades and the inner shaft device (60A) and inner output blade (53A) of the counter rotating engine (12G) reverse osmosis water (52D) cooled Combined bearings (12C), output blades (53A), and separate energy-saving cycle coalescence engines that are assembled separately after ultra-high-speed balance adjustment ultra-precise machining by supporting both ends with a vertical lathe (10B) for temporary assembly counter-rotating engine And coalescing method.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical rotating blade steam water gravity turbine manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine (20F), which has more than 20 times the boiler output and more than 20 times the existing gas turbine. 11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical rotating blade steam water gravity turbine manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine (40F or more than boiler) 11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical rotary steam water gravity turbine (manufactured by vertical rotating lathe for counter rotating engine (10B) and turbine blade grinding machine (10F)) with a rotational output of 8 times or more of boilers and 16 times that of existing gas turbines. 11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. A vertical rotor blade steam water gravity turbine manufactured by a vertical lathe for counter rotating engines (10B) and a turbine blade grinding machine (10F) with a rotational output 40 times that of a boiler and more than 80 times that of an existing gas turbine. 11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical rotary steam water gravity turbine (manufactured by vertical rotating lathe for counter rotating engine (10B) and turbine blade grinding machine (10F)) with a rotational output of 8 times or more of boilers and 16 times that of existing gas turbines. 11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe for counter rotating engine (10B) and grinding blade for turbine blade (10F), which is more than twice the boiler's power generation capacity more than double that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe for counter rotating engine (10B) and turbine blade grinding machine (10F), which is more than three times the boiler power generation amount more than six times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which is more than 4 times the boiler power generation amount more than 8 times the existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which has more than 10 times the power generation capacity of existing thermal power generation, more than 5 times the boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine with 6 times more power than boilers and 12 times more power generation than existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam-water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which produces more than 16 times the boiler thermal power generation, more than 8 times the boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter-rotating engine, which is more than 9 times the boiler and 18 times more power generation than existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe for counter rotating engine (10B) and turbine blade grinding machine (10F) with power generation more than 10 times that of boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which has more than 11 times the boiler's power generation capacity more than 22 times the existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe for counter rotating engine (10B) and turbine blade grinding machine (10F) with 12 times more power than boilers and more than 24 times the power generation of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) for a counter rotating engine with a power generation capacity of more than 13 times that of a boiler and 26 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine with power generation more than 14 times that of boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter-rotating engine, which produces more than 16 times the boiler power generation amount more than 32 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter-rotating engine, which is more than 36 times that of existing thermal power generation, more than 18 times of boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe for counter rotating engine (10B) and turbine blade grinding machine (10F), which is more than 20 times the boiler's power generation capacity, more than 20 times that of boilers Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-steam steam-water gravity turbine (11Z) manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which is more than 22 times the boiler power generation capacity 44 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical reversing engine vertical lathe (10B) and turbine blade grinding machine (10F), which is more than 48 times the boiler's power generation capacity more than 24 times the boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A double reversing engine (12G), which completely abolishes existing stationary blades and is a double reversing blade, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel quantity. Vertical full-steam steam-water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, with power generation more than 26 times that of boilers and more than 52 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically moving blade steam-water gravity turbine (11Z) power generation manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine, which is more than 28 times the power generation of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically moving blade steam-water gravity turbine (11Z) power generation manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine, which is more than 30 times more than existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler A vertical all-steam steam-water gravity turbine (11Z) power generation manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) for a counter rotating engine with a power generation capacity of 32 times or more of existing thermal power generation. Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically moving blade steam-water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine, which is more than 34 times the power generation of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically moving blade steam-water gravity turbine (11Z) power generation manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which is more than 36 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically-moving blade steam-water gravity turbine (11Z) power generation manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) for a counter-rotating engine with a power generation amount of at least 38 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertical rotor blade steam water gravity turbine (11Z) power generation manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine, which is more than 40 times larger than existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically moving blade steam-water gravity turbine (11Z) power generation manufactured by vertical rotating lathe (10B) turbine blade grinding machine (10F) for counter rotating engine, which is more than 84 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler Vertically moving blade steam-water gravity turbine (11Z) power generation manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for contra-rotating engine, which is more than 44 times larger than existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler A vertical full-blade steam-water gravity turbine (11Z) power generation manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) for a counter rotating engine with a power generation capacity that is at least 92 times that of existing thermal power generation. Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler A vertical full-blade steam-water gravity turbine (11Z) power generation manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) for a counter-rotating engine, which is more than 96 times that of existing thermal power generation. Various energy storage cycle coalescence engines and coalescence methods.   Equipped with a simple injection engine (89E) that completely abolishes existing stationary blades and double-rotating blades, and is equipped with a compressed air heat exchanger (2Y) to produce supercritical pressure steam (5H) with the same fuel amount. Existing boiler A vertical full-swing steam water gravity turbine (11Z) power generation manufactured by a vertical lathe for counter rotating engines (10B) and a grinding machine for turbine blades (10F) with a power generation amount of more than 50 times that of existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods.   A simple air injection engine (89D), which completely abolishes existing stator blades and has double rotating blades, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel amount. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe (10B) turbine blade grinding machine (10F) for counter-rotating engine, which generates more than 104 times the boiler thermal power generation capacity more than 52 times the boiler Various energy storage cycle coalescence engines and coalescence methods for power generation.   A simple air injection engine (89D), which completely abolishes existing stator blades and has double rotating blades, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel amount. Vertical all-steam steam-water gravity turbine (11Z) manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) for a counter rotating engine that generates 54 times more power than a conventional thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   A simple air injection engine (89D), which completely abolishes existing stator blades and has double rotating blades, is equipped with a compressed air heat exchanger (2Y) and produces supercritical pressure steam (5H) with the same fuel amount. Vertical full-swing steam water gravity turbine (11Z) manufactured by vertical lathe for counter rotating engine (10B) and turbine blade grinding machine (10F), which is more than 56 times of boilers and 112 times more power generation than existing thermal power generation Various energy storage cycle coalescence engines and coalescence methods for power generation.   Supercritical pressure water vapor (5H) produced by a counter-rotating engine (12G) that sucks and compresses air (28a) heated at a high temperature in a solar heater (21) by reverse osmosis water (52D) and cooled by a compressor blade double-inverted Various energy storage cycle coalescence engines and coalescence methods for vertical power lathe steam water gravity turbine (11Z) power generation manufactured by a vertical lathe for driving counter-rotating engine (10B) and a grinding machine for turbine blades (10F).   Supercritical pressure for production of a counter-rotating engine (12G) having a suction blade compression / compression ratio of 50 by reverse osmosis water (52D) cooling of the air (28a) heated at a high temperature by a solar heater (21). Various energy storage cycle coalescence engine and coalescence method for vertical power lathe steam water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for water vapor (5H) driven counter rotating engine .   Supercritical pressure for producing a counter-rotating engine (12G) having a suction blade compression / compression ratio of 60 by reverse osmosis water (52D) cooling of the air (28a) heated at a high temperature by a solar heater (21). Various energy storage cycle coalescence engine and coalescence method for vertical power lathe steam water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for water vapor (5H) driven counter rotating engine .   Supercritical pressure for production of a counter-rotating engine (12G) having a suction blade compression / compression ratio of 70 by compression wing counter-rotating of air (28a) heated to high temperature by a solar heater (21) with reverse osmosis water (52D). Various energy storage cycle coalescence engine and coalescence method for vertical power lathe steam water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for water vapor (5H) driven counter rotating engine .   Supercritical pressure for production of a counter-rotating engine (12G) with a suction blade compression / reversal ratio of 80 by reverse osmosis water (52D) cooling of air (28a) heated to high temperature by a solar heater (21) to 80 Various energy storage cycle coalescence engine and coalescence method for vertical power lathe steam water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for water vapor (5H) driven counter rotating engine .   Supercritical pressure for production of a counter-rotating engine (12G) having a suction blade compression / compression ratio of 90 by compression blade double reversal of air (28a) heated by a solar heater (21) and cooled by reverse osmosis water (52D) Various energy storage cycle coalescence engine and coalescence method for vertical power lathe steam water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for water vapor (5H) driven counter rotating engine .   Supercritical pressure for the production of a counter-rotating engine (12G) with a suction blade compression / reversal ratio of 100 by reverse osmosis water (52D) cooling of air (28a) heated at a high temperature by a solar heater (21) to 100. Various energy storage cycle coalescence engine and coalescence method for vertical power lathe steam water gravity turbine (11Z) power generation of vertical lathe (10B) turbine blade grinding machine (10F) for water vapor (5H) driven counter rotating engine .   The air (28a) heated to high temperature by the solar heater (21) is injected into the compressed air heat exchanger (2Y) with the suction cooling compression compression ratio of 50 by the reverse rotation of the compression blades cooled by reverse osmosis water (52D). Counter-rotating engine (12G) production Super vertical pressure steam (5H) driven counter-rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) vertical-type full-swing steam water gravity turbine (11Z) power generation Various energy storage cycle coalescence engines and coalescence methods.   The air (28a) heated to high temperature by the solar heater (21) is injected into the compressed air heat exchanger (2Y) at a suction cooling compression compression ratio of 60 by reverse rotation of the compression blades cooled by reverse osmosis water (52D). Counter-rotating engine (12G) production Super vertical pressure steam (5H) driven counter-rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) vertical-type full-swing steam water gravity turbine (11Z) power generation Various energy storage cycle coalescence engines and coalescence methods.   The air (28a) heated to high temperature by the solar heater (21) is injected into the compressed air heat exchanger (2Y) with the suction cooling compression compression ratio of 70 by the reverse rotation of the compression blades cooled by reverse osmosis water (52D). Counter-rotating engine (12G) production Super vertical pressure steam (5H) driven counter-rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) vertical-type full-swing steam water gravity turbine (11Z) power generation Various energy storage cycle coalescence engines and coalescence methods.   The air (28a) heated to high temperature by the solar heater (21) is injected into the compressed air heat exchanger (2Y) at a suction cooling compression compression ratio of 80 by reverse rotation of the compression blades cooled by reverse osmosis water (52D). Counter-rotating engine (12G) production Super vertical pressure steam (5H) driven counter-rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) vertical-type full-swing steam water gravity turbine (11Z) power generation Various energy storage cycle coalescence engines and coalescence methods.   The air (28a) heated to high temperature by the solar heater (21) is injected into the compressed air heat exchanger (2Y) at a suction cooling compression compression ratio of 90 by reverse rotation of the compression blades cooled by reverse osmosis water (52D). Counter-rotating engine (12G) production Super vertical pressure steam (5H) driven counter-rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) vertical-type full-swing steam water gravity turbine (11Z) power generation Various energy storage cycle coalescence engines and coalescence methods.   The air (28a) heated to high temperature by the solar heater (21) is injected into the compressed air heat exchanger (2Y) at a suction cooling compression compression ratio of 100 by double reversal of the compression blades cooled by reverse osmosis water (52D). Counter-rotating engine (12G) production Super vertical pressure steam (5H) driven counter-rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) vertical-type full-swing steam water gravity turbine (11Z) power generation Various energy storage cycle coalescence engines and coalescence methods.   The air (28a) heated to high temperature by the solar heater (21) is suction cooled and compressed by the reverse rotation of the compression blades cooled by reverse osmosis water (52D), and the compression ratio is set to 50 to the compressed air heat exchanger (2Y). Vertical reversing engine (12G) for injection Super vertical pressure steam (5H) driven vertical reversing engine for counter rotating engine (10B) Turbine blade grinding machine (10F) Vertical all blade steam water gravity turbine (11Z) ) Various energy storage cycle coalescence engines and coalescence methods for power generation.   The air (28a) heated to a high temperature by the solar heater (21) is suction cooled and compressed by the reverse rotation of the compression blades cooled by reverse osmosis water (52D), and the compression ratio is set to 60 to the compressed air heat exchanger (2Y). Vertical reversing engine (12G) for injection Super vertical pressure steam (5H) driven vertical reversing engine for counter rotating engine (10B) Turbine blade grinding machine (10F) Vertical all blade steam water gravity turbine (11Z) ) Various energy storage cycle coalescence engines and coalescence methods for power generation.   The air (28a) heated to a high temperature by the solar heater (21) is suction cooled and compressed by the reverse rotation of the compression blades cooled by reverse osmosis water (52D), and the compression ratio is set to 70 to the compressed air heat exchanger (2Y). Vertical reversing engine (12G) for injection Super vertical pressure steam (5H) driven vertical reversing engine for counter rotating engine (10B) Turbine blade grinding machine (10F) Vertical all blade steam water gravity turbine (11Z) ) Various energy storage cycle coalescence engines and coalescence methods for power generation.   The air (28a) heated to a high temperature by the solar heater (21) is suction cooled and compressed by the reverse rotation of the compression blades cooled by reverse osmosis water (52D), and the compression ratio is set to 80 to the compressed air heat exchanger (2Y). Vertical reversing engine (12G) for injection Super vertical pressure steam (5H) driven vertical reversing engine for counter rotating engine (10B) Turbine blade grinding machine (10F) Vertical all blade steam water gravity turbine (11Z) ) Various energy storage cycle coalescence engines and coalescence methods for power generation.   The air (28a) heated to a high temperature by the solar heater (21) is suction cooled and compressed by the reverse rotation of the compression blades cooled by reverse osmosis water (52D), and the compression ratio is set to 90 to the compressed air heat exchanger (2Y). Vertical reversing engine (12G) for injection Super vertical pressure steam (5H) driven vertical reversing engine for counter rotating engine (10B) Turbine blade grinding machine (10F) Vertical all blade steam water gravity turbine (11Z) ) Various energy storage cycle coalescence engines and coalescence methods for power generation.   Air (28a) heated to high temperature in the solar heater (21) is suction cooled and compressed by the reverse rotation of the compression blades cooled by reverse osmosis water (52D), and the compression ratio is set to 100 to the compressed air heat exchanger (2Y). Vertical reversing engine (12G) for injection Super vertical pressure steam (5H) driven vertical reversing engine for counter rotating engine (10B) Turbine blade grinding machine (10F) Vertical all blade steam water gravity turbine (11Z) ) Various energy storage cycle coalescence engines and coalescence methods for power generation.   Injected fuel to the compressed air heat exchanger (2Y) with the suction blade compression compression ratio 50 by double reversal of the compression blades, which is cooled by reverse osmosis water (52D) of the air (28a) heated to high temperature by the solar heater (21) Injection combustion heat exchange Supercritical pressure steam (5H) Manufacturing counter rotating engine (12G) Manufacturing Super critical pressure steam (5H) driving counter rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) Various energy storage cycle coalescence engines and coalescence methods for vertical power blade steam water gravity turbine (11Z) power generation.   Injected fuel into the compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 60 by reverse reversal of the air (28a) heated by the solar heater (21) with reverse osmosis water (52D). Injection combustion heat exchange Supercritical pressure steam (5H) Manufacturing counter rotating engine (12G) Manufacturing Super critical pressure steam (5H) driving counter rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) Various energy storage cycle coalescence engines and coalescence methods for vertical power blade steam water gravity turbine (11Z) power generation.   Injected fuel to the compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 70 by double reversal of the compression blades obtained by cooling the air (28a) heated at the high temperature by the solar heater (21) with reverse osmosis water (52D) Injection combustion heat exchange Supercritical pressure steam (5H) Manufacturing counter rotating engine (12G) Manufacturing Super critical pressure steam (5H) driving counter rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) Various energy storage cycle coalescence engines and coalescence methods for vertical power blade steam water gravity turbine (11Z) power generation.   Injected fuel to the compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 80 by double reversal of the compression blades obtained by cooling the air (28a) heated to high temperature by the solar heater (21) with reverse osmosis water (52D) Injection combustion heat exchange Supercritical pressure steam (5H) Manufacturing counter rotating engine (12G) Manufacturing Super critical pressure steam (5H) driving counter rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) Various energy storage cycle coalescence engines and coalescence methods for vertical power blade steam water gravity turbine (11Z) power generation.   Injected fuel into the compressed air heat exchanger (2Y) by suction air compression compression ratio 90 by compression blade double reversal in which air (28a) heated to high temperature by the solar heater (21) is cooled by reverse osmosis water (52D) Injection combustion heat exchange Supercritical pressure steam (5H) Manufacturing counter rotating engine (12G) Manufacturing Super critical pressure steam (5H) driving counter rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) Various energy storage cycle coalescence engines and coalescence methods for vertical power blade steam water gravity turbine (11Z) power generation.   Injected fuel to the compressed air heat exchanger (2Y) with a suction blade compression / reverse compression ratio of 100 by reverse osmosis water (52D) cooling of the air (28a) heated to a high temperature by the solar heater (21) with reverse osmosis water (52D). Injection combustion heat exchange Supercritical pressure steam (5H) Manufacturing counter rotating engine (12G) Manufacturing Super critical pressure steam (5H) driving counter rotating engine vertical lathe (10B) Turbine blade grinding machine (10F) Various energy storage cycle coalescence engines and coalescence methods for vertical power blade steam water gravity turbine (11Z) power generation.   Injected fuel to the compressed air heat exchanger (2Y) with the suction blade compression compression ratio 50 by double reversal of the compression blades, which is cooled by reverse osmosis water (52D) of the air (28a) heated to high temperature by the solar heater (21) Injection combustion heat exchange supercritical pressure steam (5H) producing the same fuel amount more than 50 times the existing boiler Counter-rotating engine (12G) manufacturing Supercritical pressure steam (5H) -driven vertical lathe for counter-rotating engine (10B) Various energy storage cycle coalescence engine and coalescence method for producing a vertical bladed water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Injected fuel into the compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 60 by reverse reversal of the air (28a) heated by the solar heater (21) with reverse osmosis water (52D). Injection combustion heat exchange supercritical pressure steam (5H) producing the same fuel amount more than 60 times the existing boiler Counter-rotating engine (12G) manufacturing Supercritical pressure steam (5H) -driven counter-rotating machine for counter-rotating engine (10B) Various energy storage cycle coalescence engine and coalescence method for producing a vertical bladed water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Injected fuel to the compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 70 by double reversal of the compression blades obtained by cooling the air (28a) heated at the high temperature by the solar heater (21) with reverse osmosis water (52D) Injection combustion heat exchange supercritical pressure water vapor (5H) with the same fuel amount 70 times or more of the existing boiler, counter rotating engine (12G) production Super critical pressure steam (5H) driven vertical lathe for counter rotating engine (10B) Various energy storage cycle coalescence engine and coalescence method for producing a vertical bladed water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Injected fuel to the compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 80 by double reversal of the compression blades obtained by cooling the air (28a) heated to high temperature by the solar heater (21) with reverse osmosis water (52D) Injection combustion heat exchange supercritical pressure steam (5H) producing the same reversal engine more than 80 times the existing boiler Counter-rotating engine (12G) Manufacture supercritical pressure steam (5H) -driven vertical lathe (10B) Various energy storage cycle coalescence engine and coalescence method for producing a vertical bladed water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Injected fuel into the compressed air heat exchanger (2Y) by suction air compression compression ratio 90 by compression blade double reversal in which air (28a) heated to high temperature by the solar heater (21) is cooled by reverse osmosis water (52D) Injection combustion heat exchange supercritical pressure steam (5H), which produces 90 times more fuel than existing boilers, counter rotating engine (12G) Manufacture supercritical pressure steam (5H) driven counter rotating lathe for counter rotating engine (10B) Various energy storage cycle coalescence engine and coalescence method for producing a vertical bladed water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Injected fuel to the compressed air heat exchanger (2Y) with a suction blade compression / reverse compression ratio of 100 by reverse osmosis water (52D) cooling of the air (28a) heated to a high temperature by the solar heater (21) with reverse osmosis water (52D). Injection combustion heat exchange supercritical pressure steam (5H) producing the same fuel quantity more than 100 times the existing boiler counter-rotating engine (12G) manufacturing supercritical pressure steam (5H) -driven counter rotating lathe (10B) Various energy storage cycle coalescence engine and coalescence method for producing a vertical bladed water gravity turbine (11Z) power generation manufactured by a turbine blade grinding machine (10F).   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 50 or more by double inversion. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression and compression ratio of 60 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression ratio of 70 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression / reverse ratio of 80 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by a solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression ratio of 90 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated to high temperature by the solar heater (21) is cooled by reverse osmosis water (52D) and compressed into the compressed air heat exchanger (2Y) with a suction blade compression / reversal ratio of 100 or more by reverse rotation. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 50 or more by double inversion. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression and compression ratio of 60 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression ratio of 70 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression / reverse ratio of 80 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by a solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression ratio of 90 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated to high temperature by the solar heater (21) is cooled by reverse osmosis water (52D) and compressed into the compressed air heat exchanger (2Y) with a suction blade compression / reversal ratio of 100 or more by reverse rotation. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method for vertical type moving blade steam water gravity turbine (11Z) power generation using gravity turbine (11Z) power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression / reduction ratio of 50 or more by double inversion. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method using vertical turbine moving water steam water gravity turbine (11Z) power generation with gravity turbine (11Z) power generation and power generation amount equal to or more than 20 times that of existing thermal power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression and compression ratio of 60 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method using vertical turbine moving water steam water gravity turbine (11Z) power generation with gravity turbine (11Z) power generation and the same fuel amount 40 times more than the existing thermal power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression ratio of 70 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engines and coalescence methods for vertical turbine moving water steam water gravity turbine (11Z) power generation with a gravitational turbine (11Z) power generation and a fuel generation amount equal to or greater than 60 times that of existing thermal power generation.   Air (28a) heated at a high temperature by the solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression / reverse ratio of 80 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method using gravity turbine (11Z) power generation and vertical fuel turbine steam water gravity turbine (11Z) power generation with the same amount of fuel as the power generation more than 80 times that of existing thermal power generation.   Air (28a) heated at a high temperature by a solar heater (21) is reverse osmosis water (52D) cooled and compressed into a compressed air heat exchanger (2Y) with a suction blade compression ratio of 90 or more by double reversal. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method using vertical turbine moving water steam water gravity turbine (11Z) power generation with gravitational turbine (11Z) power generation and the same amount of fuel as power generation more than 100 times that of existing thermal power generation.   Air (28a) heated to high temperature by the solar heater (21) is cooled by reverse osmosis water (52D) and compressed into the compressed air heat exchanger (2Y) with a suction blade compression / reversal ratio of 100 or more by reverse rotation. Fuel injection combustion heat exchange supercritical pressure steam (5H) to produce counter rotating engine (12G) + vertical turning lathe for counter rotating engine (10B) turbine blade grinding machine (10F) vertical all blade steam water Various energy storage cycle coalescence engine and coalescence method using vertical turbine moving water steam water gravity turbine (11Z) power generation with gravity turbine (11Z) power generation and 120% or more of the same fuel amount as existing thermal power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Raise the top and release the specific material accelerator (6W). Supercritical pressure water vapor (5H) is injected and reverse osmosis water (52D) is sucked and injected. ) + Vertical all-blade steam water gravity turbine (11Z) power generator manufactured by a vertical lathe for counter rotating engine (10B) and a turbine blade grinding machine (10F) for rotating the inner rotor blade group (60C) in a cylinder Various energy storage cycle coalescence engines and coalescence methods. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascending the top, releasing the specific material accelerator (6W), injecting supercritical pressure water vapor (5H), accelerating reverse osmosis water (52D) by gravitational acceleration in vacuum 60D) + Cylindrical full motion manufactured by vertical rotating lathe for counter rotating engine (10B) and turbine blade grinding machine (10F) for reducing impulse liquefied steam volume in the process of counter rotating drive of cylinder inner rotor blade group (60C) Various energy storage cycle coalescence engine and coalescence method for blade steam water gravity turbine (11Z) power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascending the top to release the specific material accelerator (6W), injecting supercritical pressure water vapor (5H) and sucking water, cylindrical outer blade group (60D) + cylindrical inner blade group (60C) Is a vertical all-rotor steam-water gravity turbine (11Z) power generator manufactured by a vertical lathe for counter-rotating engine (10B) and turbine blade grinding machine (10F) that reduces the volume of impulse liquefied steam in the process of counter-rotating drive Various energy storage cycle coalescence engines and coalescence methods. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascending the top, releasing the specific critical material accelerator (6W), injecting supercritical pressure water vapor (5H), sucking and injecting reverse osmosis water (52D), cylindrical outer blade group (60D) + cylinder inner side Vertical rotor blade steam water gravity turbine manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine that reduces impulse liquefied steam volume in the process of counter rotating drive for rotor blade group (60C) (11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top to release the specific material accelerator (6W) and inject supercritical pressure water vapor (5H) with low-temperature water suction to create a cylindrical outer blade group (60D) + a cylindrical inner blade group (60C). Various types of vertical rotor blade steam water gravity turbine (11Z) power generation manufactured by a vertical lathe (10B) and a turbine blade grinding machine (10F) that reduce the volume of impulse liquefied steam in the process of counter rotating drive Energy conservation cycle coalescence engine and coalescence method. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Cylinder outer rotor blade group (60D) by raising the top and releasing the specific material accelerator (6W), injecting supercritical pressure water vapor (5H) and accelerating low-temperature water by gravitational acceleration in vacuum + Vertical all-blade steam produced by a vertical lathe (10B) and a turbine blade grinding machine (10F) for reducing the impulse liquefied steam volume of the inner cylinder blade group (60C) in the process of counter-rotating drive Various energy storage cycle coalescence engine and coalescence method for water gravity turbine (11Z) power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific critical material accelerator (6W), inject supercritical pressure water vapor (5H), suck high temperature water, and use cylindrical outer blade group (60D) + cylindrical inner blade group (60C) ) Is a vertical all-blade steam water gravity turbine (11Z) power generator manufactured by a vertical lathe (10B) turbine blade grinding machine (10F) for reducing the volume of impulse liquefied steam in the process of counter-rotating drive Various energy storage cycle coalescence engine and coalescence method. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Cylinder outer rotor blade group (60D) that rises at the top, releases the specific critical material accelerator (6W), injects supercritical pressure water vapor (5H), accelerates high-temperature water by gravitational acceleration in vacuum + Vertical all-blade steam produced by a vertical lathe (10B) and a turbine blade grinding machine (10F) for reducing the impulse liquefied steam volume of the inner cylinder blade group (60C) in the process of counter-rotating drive Various energy storage cycle coalescence engine and coalescence method for water gravity turbine (11Z) power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific critical material accelerator (6W), inject supercritical pressure water vapor (5H), suck high temperature water, inject and accelerate the gravitational acceleration in vacuum, and outside blade group (60D) + cylinder Vertical rotor blade steam water gravity manufactured by vertical rotating lathe for counter rotating engine (10B) and grinding blade for turbine blade (10F) that reduces the volume of impulse liquefied steam in the process of counter rotating drive for inner rotor blade group (60C) Various energy storage cycle coalescence engine and coalescence method for turbine (11Z) power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific material accelerator (6W), inject supercritical pressure water vapor (5H) to suck water and accelerate the gravity acceleration in the vacuum, and the outer blade group (60D) + inner cylinder Vertical rotor blade steam water gravity turbine manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine that reduces impulse liquefied steam volume in the process of counter rotating drive for rotor blade group (60C) (11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific material accelerator (6W), inject supercritical pressure water vapor (5H) to suck water and accelerate the gravity acceleration in the vacuum, and the outer blade group (60D) + inner cylinder Vertical rotor blade steam water gravity turbine manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine that reduces impulse liquefied steam volume in the process of counter rotating drive for rotor blade group (60C) (11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific material accelerator (6W), inject supercritical pressure water vapor (5H), accelerate low-temperature water suction injection, gravity acceleration in vacuum, cylinder outer blade group (60D) + cylinder inner side Vertical rotor blade steam water gravity turbine manufactured by vertical turning lathe (10B) turbine blade grinding machine (10F) for counter rotating engine that reduces impulse liquefied steam volume in the process of counter rotating drive for rotor blade group (60C) (11Z) Various energy storage cycle coalescence engines and coalescence methods for power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific material accelerator (6W), inject supercritical pressure water vapor (5H), suck low temperature water, inject and accelerate the gravitational acceleration in vacuum, and outer blade group (60D) + cylinder Vertical rotor blade steam water gravity manufactured by vertical rotating lathe for counter rotating engine (10B) and grinding blade for turbine blade (10F) that reduces the volume of impulse liquefied steam in the process of counter rotating drive for inner rotor blade group (60C) Various energy storage cycle coalescence engine and coalescence method for turbine (11Z) power generation. The supercritical pressure steam (5H) + reverse osmosis water (52D) produced by the counter-rotating engine (12G) is converted into a vertical all blade steam water gravity turbine (11Z) by supercritical pressure steam pipe (5H) + column pipe (12B). ) Ascend to the top, release the specific critical material accelerator (6W), inject supercritical pressure water vapor (5H), suck high temperature water, inject and accelerate the gravitational acceleration in vacuum, and outside blade group (60D) + cylinder Vertical rotor blade steam water gravity manufactured by vertical rotating lathe for counter rotating engine (10B) and grinding blade for turbine blade (10F) that reduces the volume of impulse liquefied steam in the process of counter rotating drive for inner rotor blade group (60C) Various energy storage cycle coalescence engine and coalescence method for turbine (11Z) power generation. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from seabed methane hydrate Various energy storage cycle coalescence engine and coalescence method to be injected into the tank. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from permafrost land Various energy storage cycle coalescence engine and coalescence method for injecting into hydrate. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) injected into methane hydrate on the seabed Various energy storage cycle coalescence engine and coalescence method. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) produced from permafrost land methane hydrate Various energy storage cycle coalescence engine and coalescence method to be injected into the tank. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from seabed methane hydrate Various energy storage cycle coalescing engine and coalescence method for recovering methane injected into the tank. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from permafrost land Various energy storage cycle coalescence engine and coalescence method for recovering methane injected into hydrate. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) injected into methane hydrate on the seabed Various energy storage cycle coalescence engines and coalescence methods for recovering methane. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) produced from permafrost land methane hydrate Various energy storage cycle coalescing engine and coalescence method for recovering methane injected into the tank. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from seabed methane hydrate Various energy storage cycle coalescing engine and coalescence method for cooling methane injected into the recovery counter-reversing engine (12G) exhaust. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from permafrost land Various energy storage cycle coalescing engines and coalescence methods for cooling methane injected into hydrates with recovery counter-reversing engine (12G) exhaust. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) injected into methane hydrate on the seabed Various energy storage cycle coalescing engine and coalescence method for cooling methane with exhaust gas from a reverse reversing engine (12G). Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) produced from permafrost land methane hydrate Various energy storage cycle coalescing engine and coalescence method for cooling methane injected into the recovery counter-reversing engine (12G) exhaust. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from seabed methane hydrate Recycled methane is recovered into a counter-rotating engine (12G) and cooled liquid methane is obtained by exhausting various energy storage cycle merging engines and merging methods. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from permafrost land Various energy storage cycle coalescing engines and coalescence methods for recovering methane injected into hydrate and converting it to cooled liquid methane with counter-rotating engine (12G) exhaust. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) injected into methane hydrate on the seabed Various energy storage cycle coalescing engines and coalescence methods for converting methane into cooled liquid methane with a recovery counter-reversing engine (12G) exhaust. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) produced from permafrost land methane hydrate Recycled methane is recovered into a counter-rotating engine (12G) and cooled liquid methane is obtained by exhausting various energy storage cycle merging engines and merging methods. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from seabed methane hydrate Recycled methane is recovered in the counter-rotating engine (12G) and recovered in the cooled liquid methane and used in various energy storage cycle coalescing engines and coalescence methods. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure steam (5H) produced from permafrost land Various energy storage cycle coalescence engine and coalescence method for recovering and utilizing methane injected into hydrate and recovering with cooling liquid methane by exhausting a counter-rotating engine (12G). Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) injected into methane hydrate on the seabed Various energy storage cycle coalescence engines and coalescence methods for recovering and using methane recovered with cooling liquid methane in the exhaust gas recovery engine (12G) exhaust. Counter rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter rotating engine (12G) High temperature water (52b) produced from permafrost land methane hydrate Recycled methane is recovered in the counter-rotating engine (12G) and recovered in the cooled liquid methane and used in various energy storage cycle coalescing engines and coalescence methods. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Various energy storage cycle coalescing engines and coalescence methods for collecting and recovering methane injected into methane hydrate under permafrost and collecting cooled methane with counter-reversing engine (12G) exhaust. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, the methane hydrate injected into the methane hydrate under the permafrost land is recovered. The engine is combined with various energy storage cycles and the merging method to convert it into the cooled liquid methane by the counter-reversing engine (12G) exhaust. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Various energy storage cycle coalescence engines and coalescence methods that recover methane injected into methane hydrate under permafrost and recover with chilled liquid methane in a counter-rotating engine (12G) exhaust. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, the methane hydrate injected into the methane hydrate under the permafrost land is recovered by using the reverse inversion engine (12G) exhaust and cooled liquid methane. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Various energy storage cycle coalescence engines and coalescence methods for collecting and injecting methane into the methane hydrate under permafrost and recovering methane by cooling with a counter-rotating engine (12G) and cooling it to liquid methane to vaporize ice. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, the methane hydrate injected into the methane hydrate under the permafrost land is recovered. The engine is combined with various energy storage cycles and the coalescence method to vaporize the ice by using the counter-reversing engine (12G) exhaust to cool liquid methane. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Various energy storage cycle coalescence engines and coalescence methods that vaporize ice by recovering and using methane hydrate injected into methane hydrate under permafrost and recovering with cooling liquid methane in a counter-reversing engine (12G) exhaust. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse The methane hydrate injected into the methane hydrate under the permafrost land is recovered by using the reverse reversing engine (12G) exhaust and cooled liquid methane to vaporize the ice. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Various energy storage cycle coalescence engines and coalescence methods that consolidate and recover methane injected into methane hydrate under permafrost land, collect methane in cooled liquid methane with a counter-rotating engine (12G) exhaust, and condense ice in a transparent enclosure. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, the methane hydrate injected into the methane hydrate under the permafrost land is recovered with the reverse inversion engine (12G) exhausted into the cooling liquid methane, and the ice is condensed in the vaporized transparent enclosure. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recycled methane hydrate under permafrost land, recovered methane recovered by reverse reversal engine (12G), recovered by cooling with liquid methane, and condensed into a vaporized transparent enclosure, and combined with various energy conservation cycle coalescence engines and coalescence methods . A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, the methane hydrate injected into the methane hydrate under the permafrost land is recovered with the reverse reversal engine (12G), recovered with the cooling liquid methane, and the ice is condensed in the vaporization transparent enclosure. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate injected into the methane hydrate under the permafrost land, recover methane in the counter-reversing engine (12G) exhaust, convert it to liquid methane, condense the ice in a transparent enclosure, and generate heat of condensation. Merger engine and merger method. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse The methane hydrate injected into the methane hydrate under the permafrost land is recovered by the counter-reversal engine (12G), the cooling liquid methane is converted into the exhaust gas, the ice is condensed in the transparent enclosure, and the condensation heat is generated in the greenhouse. And coalescing method. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recovered methane hydrate under permafrost land and recovered methane recovered by reverse reversal engine (12G) exhausted by cooling liquid methane and condensed by vaporizing transparent ice to produce condensation heat Energy conservation cycle coalescence engine and coalescence method. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into the methane hydrate under the permafrost land. Reversing engine (12G) recovers with cooling liquid methane using exhaust gas, condenses ice in a transparent enclosure, generates condensation heat, and stores various energy. Cycle coalescence engine and coalescence method. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate under permafrost and recover methane injected into counter-inverted engine (12G) Cooling liquid methane with exhaust gas, condensing ice with transparent enclosure, generating condensation heat Greenhouse with many water droplets and sunshine hours Various energy storage cycle coalescence engines and coalescence methods. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into the methane hydrate under the permafrost land. The inverting liquid engine (12G) exhausts it into cooling liquid methane, condenses the ice in a transparent enclosure and generates heat of condensation. Various energy storage cycle coalescence engines and coalescence methods. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate injected into the methane hydrate under permafrost, recover methane in the counter-reversing engine (12G), recover it with cooling liquid methane, condense the ice in a transparent enclosure, and generate condensation heat. Various energy conservation cycle coalescence engine and coalescence method to make a greenhouse with many. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into the methane hydrate under the permafrost land. The inverting liquid engine (12G) recovers the cooling liquid methane with the exhaust gas, condenses the ice in a transparent enclosure, generates condensation heat, and has a lot of water droplets and sunshine hours. Various energy storage cycle coalescence engines and coalescence methods for greenhouses. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate under permafrost and recover methane injected into counter-inverted engine (12G) Cooling liquid methane with exhaust gas, condensing ice with transparent enclosure, generating condensation heat Greenhouse with many water droplets and sunshine hours Various energy conservation cycle coalescence engines and coalescence methods for grazing pasture production. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into methane hydrate under permafrost land. Reversing engine (12G) exhausts cooling into liquid methane. Ice is condensed in a transparent enclosure. Condensation heat is generated. Greenhouse grass with lots of water droplets and sunshine hours. Various energy conservation cycle coalescence engines and coalescence methods for grazing land production. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate injected into the methane hydrate under permafrost, recover methane in the counter-reversing engine (12G), recover it with cooling liquid methane, condense the ice in a transparent enclosure, and generate condensation heat. Various energy conservation cycle coalescence engines and coalescence methods for grazing greenhouse grassland production. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into the methane hydrate under the permafrost land. The inverting liquid engine (12G) recovers the cooling liquid methane with the exhaust gas, condenses the ice in a transparent enclosure, generates condensation heat, and has a lot of water droplets and sunshine hours. Various energy conservation cycle coalescence engines and coalescence methods for grazing grassland production in greenhouses. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate under permafrost and recover methane injected into counter-inverted engine (12G) Cooling liquid methane with exhaust gas, condensing ice with transparent enclosure, generating condensation heat Greenhouse with many water droplets and sunshine hours Various energy conservation cycle coalescence engines and coalescence methods for mass production of beef etc. by various grazing of pasture production. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into methane hydrate under permafrost land. Reversing engine (12G) exhausts cooling into liquid methane. Ice is condensed in a transparent enclosure. Condensation heat is generated. Greenhouse grass with lots of water droplets and sunshine hours. Various energy conservation cycle coalescence engines and coalescence methods for mass production of beef and the like by various grazing of local production. Counter-rotating engine lathe (10C) Compression blade grinding machine (10D) Output blade grinding machine (10E) manufactured by counter-rotating engine (12G) Supercritical pressure water vapor (5H) transparent in super large greenhouse Recover methane hydrate injected into the methane hydrate under permafrost, recover methane in the counter-reversing engine (12G), recover it with cooling liquid methane, condense the ice in a transparent enclosure, and generate condensation heat. Various energy conservation cycle coalescence engines and coalescence methods for mass production of beef and the like by various grazing in the production of pastures in greenhouses with a lot of greenhouses. A counter-rotating engine lathe (10C) compression blade grinding machine (10D) output blade grinding machine (10E) manufactured by counter-rotating engine (12G) manufactured by high temperature water (52b) with a transparent enclosure for a very large greenhouse Then, methane is injected into the methane hydrate under the permafrost land. The inverting liquid engine (12G) recovers the cooling liquid methane with the exhaust gas, condenses the ice in a transparent enclosure, generates condensation heat, and has a lot of water droplets and sunshine hours. Various energy conservation cycle coalescence engines and coalescence methods for grazing mass production of beef etc. by various grazing of greenhouse pasture production.