AT525501A2 - storage power plant system - Google Patents

Abstract

The invention relates to a method and system and operation for a storage power plant system (20) that the engine consisting of a mechanical high-pressure water pump (4) or high-pressure hydraulic oil pump (4.1) or high-pressure compressor (4.2) in the fluid A and Bin the high-pressure accumulator (5) and ( 5.1) presses in. The high-pressure accumulator (5) and (5.1) consists of bladder accumulators (6) or piston accumulators (6.1) or metal corrugated pipe compensators (6.2) or metal lens compensators (6.3) or stainless steel foil and aramid, kevlar or carbon fabric compensators (6.4). The fluid C of compressed water (9) in the first cylinder (1) is fed to the turbine (10) and the generator (11) generates electricity and then transported to the second cylinder (1.1). The high-pressure accumulator (5.1) presses fluid A and B into the second cylinder (1.1) and fluid C to the turbine (10) and the generator (11) generates electricity and then transports it to the first cylinder (1). The procedure is restarted. Another method is that the hydraulic oil high-pressure pump (4.1) is pressed into the high-pressure accumulator (5) and (5.1) with fluid A and fluid B and a large number of telescopic pressure cylinders 16 and several platforms 17 are arranged one above the other, is pumped into the first cylinder (1st ) The compressed water (9) is led to the turbine (10) and the generator (11) generates electricity and then transported to the second cylinder (1.1). The high-pressure accumulator (5.1) with fluid A and B presses in the second cylinder (1.1) and the fluid C towards the turbine (10) and the generator (11) generates electricity and then transports it to the first cylinder (1). The procedure is restarted. Another method is that the force from a large number of e.g. 80CrV2 cylindrical high-pressure springs (18) with sleeve (18.1) and mandrel (18.2), as well as one or more platforms (17) arranged one above the other, is fed into the first cylinder (1) the fluid C water (9) to the turbine (10) and the generator (11) generates electricity and then transported to the second cylinder (1.1). Number of high-pressure spring (18) and one or more platforms (17), and second cylinder (1.1) the fluid C to the turbine (10) and the generator (11) generates electricity and then transported to the first cylinder (1). The procedure is restarted. Another method is that the high-pressure compressor (4.2) presses the fluid A and B into the high-pressure accumulator (5) and (5.1) and a large number of telescopic gas pressure springs (19) and several platforms 17 are arranged one above the other in the first cylinder (1) the fluid C is led to the turbine (10) and the generator (11) generates electricity and then transported to the second cylinder (1.1). The high-pressure accumulator (5.1) with fluid A and B presses in the second cylinder (1.1) and the fluid C towards the turbine (10) and the generator (11) generates electricity and then transports it to the first cylinder (1). The procedure is restarted.

Description

Or the engine presses the fluid {A} and Fuld (B} into one or more still pressure accumulators, so that the telescopic pressure cylinder is transported into the first storage space with fluid (CL and then into the second storage space with Sluld (C} and the turbine and Generaigr generates SIrGMm

Or the prime mover forces the fluid {A} and fluid {B} into one or more high-pressure accumulators, so that the gas pressure telescopic springs are transported into the first accumulator with fluid {C} and then into the second accumulator with fluid {C}, producing the turbine and generator Electricity.

Or the force consists of mechanical spring, leaving the first storage space with fluid

{C} and then transported to the second storage room with fluid {C} and the turbine and generator generate electricity,

State of the art

WO 2015043747 (A1} (D2) discloses a method for storing energy with constant turbine water pressure, in which a nutty medium, e.g. water, is pumped into a pressure-resistant, airtight cavity of a pressure vessel, with the medium in the pressure vessel rising like a calf as the medium level rises Gas is compressed and this flows into a pressure container via a connecting line and closes with a spertventä, so that the energy is stored in the compressed gas. To generate energy, the gas is expanded and the liquid is expelled via a turbine into a cavity, from which the liquid returns to the pressure vessel is repeatedly deflated. However, the gas and liquid can be partially mixed and damage the tarbin,

From DE 102011106040 (A1} {DI} a storage power plant is known that comprises at least two storages, one of which is gas-tight. The fluid such as water is brought into the first storage space with a water pump and the gas is compressed to recover the energy the fluid is fed back into the second storage tank while the gas expands and the energy is extracted via a turbine with a generator and then the water has to be pumped in with a water pump, ;

DE 102013113357 AL discloses a storage power plant that comprises two storage spaces, which, with the power or working machine, form the field such as gas and liquid with two working chambers with storage medium and working medium, so that the first or second working chamber with the pistons moves between gas and liquid is moved, the gas is brought under pressure into the idleness to the turbine and the generator produces electricity, the liquid is transported from the first storage chamber to the second storage chamber,

Task

It is the task and goal of the present invention to develop a storage power plant system that generates electricity through one or more storage power plants in cities or industries, as well as for cars, trucks, etc., electricity is available at any time and can be charged with charging stations in the batteries. Or the electricity is broken down by electricity into hydrogen and oxygen and operated with hydrogen cells for cars, trucks, etc. Likewise industries where hydrogen or oxygen are used, the manufacturing costs and the operating costs in terms of kilowatt power are very low.

solution of the task

To solve the problem, it is proposed erfindunmgsgemaß that the force preferably consist of mechanical high-pressure pumps or mechanical high-pressure compressors and the fluid {A} such as. mixed water or hydraulic oil or gas. The fluid {BR} consists of Z8. compressed nitrogen, One or more high pressure accumulators with fluid {A} and fluid (B} consist of bladder accumulator or piston accumulator or metal.

The high-pressure pump or high-pressure compressor with compressed water or hydraulic oil or gas is pressed into one or more high-pressure accumulators with fluid {A} approx. 500 bar and the fluid {B} approx. Zubar compressed nitrogen is compressed. If the high-pressure accumulator is emptied with fluid (Al approx. 500bar and the fiuld {B} is thereby pressed apart approx. 20bar, the fuel (C}, preferably compressed water, can flow directly into the first cylinder with the pistons with piston rings and seals at approx. 350bar straight to the turbine and the generator generates electricity and then it is transported into the second cylinder. One or more high-pressure accumulators with fluid {A} approx. SO0bar and fluid {B} approx. 20bar enter the second cylinder and the compressed water {C } approx. 350bar to the turbine and the generator generates electricity and is then transported back into the first cylinder,

The Fiuid {C} preferably obtains water from Hussen, lakes or the sea and can, if necessary, be brought by truck tank if the storage power plants are built inland,

The nitrogen is not bremybar, the hydraulic oil is difficult to inhale, so that the water does not freeze, an antifreeze is added,

The cylinders are made of steel cylinders or high-grade steel cylinders and are fitted with steel girders lengthwise, crosswise and diagonally or covered with reinforced concrete.

The piston of the steel cylinder or stainless steel cylinder is made of aluminum or plastic, the piston rings are made of aluminum or plastic and the lip seal is made of EPOM or PTFE,

Between the high-pressure accumulator and the cylinder, there are a number of lines m high-pressure valves, to equalize the pressure between the high-pressure accumulator and the cylinder. Is a water or hydraulic or gas pressure throttle valve fitted so that the turbine can rotate

Another method is that the high-pressure pump presses compressed hydraulic oil directly into the reservoir {Az B. approx. 500 bar and the fluid {B} 2.8. compressed nitrogen approx. 20 bar, the high-pressure accumulator with fluid (A} and fluid {B} can consist of bladder accumulators or Kalhen accumulators or lens or corrugated pipe or stainless steel foil with Aramia, - Keyvlar, - Carban, fabric compensators, through a number of telescopic pressure cylinders and between one or more platforms are arranged one above the other, a number of telescopic pressure cylinders In the first cylinder with the pistons and calf rings and seals the fluid {C} e.g. compressed water is pressed and the pipeline is led to the turbine and the generator produces electricity and then the water transported into the second cylinder, through a number of telescopic pressure cylinders into the second cylinder with the pistons and piston rings and seals the fluid {(CY for example, compressed water is pressed at high pressure and the pipeline is led to the turbine and the generator generates electricity and then into the first Cylinder is pushed back again. When the high-pressure water is discharged, all telescopic pressure cylinders with solenoid valves are opened, so that compressed hydraulic oil is pushed back into the high-pressure accumulator with fluid (A} and fluid {B} nitrogen is compressed.

The high-pressure accumulator and the telescopic pressure cylinder are connected to each other, i.e. several steel lines or several high-pressure hoses or telescopic lines can be connected,

Another method is that the number of, e.g. led into the pipeline to the turbine and the generator produces electricity and then the air or water is transported into the second cylinder and the high-pressure spring starts to force the air or water into the turbine and then transported into the pipeline to the first cylinder,

Another method is that.the high-pressure compressor with fluid {A} presses compressed gas in about 500bar and the field {8} compresses compressed nitrogen Corrugated or stainless steel Fglie and aramid, keylar, carbon, fabric compensators consist, through a number of telescopic compression springs, which are arranged one or more platforms one above the other, the first cylinder is the piston with piston rings and seals the fluid {C} e.g., compressed Water approx. 350bar with high pressure is fed into the pipeline to the turbine and the generator generates electricity and then the water is transported into the second cylinder, number of telescopic return springs, which are arranged with one or more platforms one above the other

x

The high-pressure accumulator and the telescopic compression springs are connected to each other, i.e. several steel lines or several high-pressure hoses or telescopic lines can be docked,

Between the first cylinder and the second cylinder is a pipeline with integrated turbines and a generator inside, or one or two generators outside, but in the longitudinal axis of the pipeline -System operated and the generator generates electricity, the water pressure is about 100 to 400 bar, the diameter between the integrated turbines and a generator is larger than the diameter of the pipeline.

Or between the first cylinder and the second cylinder there is a pipe and is operated with a Peitan turbine or Francis turbine. The water pressure is approx. 50 to 150 bar.

The components required for the overpressure protection, charging and discharging of the high-pressure accumulator and cylinder, as well as the water volume regulation for the speed. and power regulation of the turbine mötelk Vontiüs and all control and monitoring organs are computer- and process-controlled. The overpressure protection is ensured by at least two independent systems emptied immediately and the system can be depressurized in a short time.

The invention with its essential details is explained in more detail with reference to drawings,

It shows: Fig. 1. High-pressure water pump, hydraulic oil high-pressure pump, high-pressure compressor

First cylinder 1 with the water high-pressure pump 4 compressed water 9 approx. 350 bar and valves 14 open and through check valves 7 open, so that the piston 2 with piston rings 3 and with seal 3.1 is moved upwards and the air is pressed out through valves 12, then that will happen Check valve 7 and valve 14 closed again, the second cylinder 1.1 also open with valve 12, the air is pressed out,

a} High-pressure water pump 4 or hydraulic oil high-pressure pump 4.1 or high-pressure compressor 4.2 presses into one or more high-pressure accumulators 5 with haste (AR, SOChar compressed water or hydraulic oil or gas and fluid (B} compressed nitrogen approx. Z0bar with 8. from bladder accumulator 5 or Piston accumulator 6.1 or metal lens compensators 6.2 or corrugated compensators 5.2 or stainless steel parts and aramid

If there is pressure equalization between the first cylinder 1 with fluid (CC) and the high-pressure reservoir 5 with fluid (A and 8} (period of time approx. 1-2 years), the solenoid valves {12 and 143 open, so that the high-pressure water pump 4 or high-pressure hydraulic oil pump 4.1. 0the high-pressure compressor 4.2 fills up cylinder 1 and high-pressure accumulator S,

b) Wasserhachdrucknumpe 4 or hydraulic oil high-pressure pump 4. Loader high-pressure compressor 4.2 presses into one or more still-pressure accumulators S.1 with fluid {A} approx. S0Char compressed water and Fiuld {8} compressed nitrogen approx. 20har with z.8. from bladder accumulator 6 or piston accumulator 6.1 or metal lens compensators 6.7 or Wellrchrkompensatoren 6.3 or stainless steel fglie and aramid keylar carban fabric compensators 6.4 inside, so that the Rohrieittung 8 with solenoid valves 12 open in the second cylinder 1.1 with Piston 2 and calf rings 3 and seal 3.1 the fluid A is pressed in and the pipeline 8.1 with shut-off valves 15 open, the set throttle valves 13 open and thereby drives the fluid {C} compressed water 9 towards the turbine 10 and the generator 11 generates electricity and then in the first cylinder 1, where the compressed water 3 drives the piston 2 upwards.

If there is pressure equalization between the second cylinder 1.1 with fluid {Ch and the high-pressure accumulator 5.1 with fluid (A and B} (approx. 2-2 years), the solenoid valve (12 and 14} opens so that the high-pressure water pump 4 or high-pressure hydraulic oil pump 4 1 or high-pressure compressor 4.2 fills the cylinder 1.1 and high-pressure accumulator 5.1.

The procedure is started again from the beginning, Fig. 2 Hydraulic oil high pressure pump

First cylinder 1 with the high-pressure water pump 4, the compressed water 9 approx. 350har and magnetic valves 14 open and through check valves 7 open, so that the piston 2 with piston rings 3 and with seal 3.1 is moved upwards and the LuR is pressed out through valves 12, in which the Check valve 7 and solenoid valve 14 closed again. The second cylinder 1.21, also with valves 12 open, the air is pressed out,

a} Hydraulic oil high-pressure pump 4.1 presses the fluid {A} compressed hydraulic oil approx. 500 bar and the fluid {8} such as compressed nitrogen approx Stainless steel coil and aramid, kevlar, - carban fabric compensators 5.4 inside, the line 8 and several high-pressure hoses 8.2 or telescopic lines 8.3 are attached between the high-pressure accumulator 5 and telescopic pressure cylinders 16, one or more high-pressure accumulators 5, the Ela 6A}

b} Hydraulic oil high pressure pump 4.1 flows into one or more high-pressure accumulators 5.1, the fluid (A) compressed hydraulic oil approx. 500 bar and the fluid {8} such as compressed nitrogen approx or stainless steel foil and aramid, keviar, - carban fabric compensators 6.4 inside. The pipeline 8 and several hacharacter hoses 8.2 or telescaping lines 8.3 are attached between the high-pressure accumulator 1 and the telescopic pressure cylinders 16, one or more high-pressure accumulators 5.1, the FR (A) and the Fiukd {B} and number of telescopic pressure cylinders 16 and several platforms 17 are arranged one above the other, is in the second cylinder 1.1 with: Absperrventi 15.offen in the piston 2 and piston rings 3 and seals 3.1 the fluid {3} compressed water 9 approx Pipe direction 8.1 is routed to the turbine 10 and the generator 11 thereby generates electricity and then transported into the first cylinder Le. The procedure starts again from the beginning.

right 3 number of SOCIVZ cylindrical high compression spring

The first Zvünder 1 with water high-pressure pump 4. the compressed water 9 approx. 200 har through solenoid valves 14 open and with check valve 7 open, so that the calf 2 with piston rings Z and with seal 3.1 is moved upwards and the flow is pressed out through valves 12, then the kickback event? 7 and solenoid valve 14 closed again, the second cylinder 1.1 is also open with valve 12, the air is forced out,

a} Large number of e.g. SOCrV2 cylindrical Hachdruckfeder IS with sleeve 18.1 and mandrel 18.2, as well as one or more platforms 17 are arranged one above the other, in the first cylinder 1 the piston 2 with piston rings 3 and seals 3.1 the fluid {C} lightly compressed water S ca, 200 bar with shut-off valve 15 open and at high pressure and through throttle valve 13 open through a pipeline 8.1 to the turbine 10 and the generator 11 generates electricity and then the full (C} slightly compressed water 9 is pumped into the second cylinder 1.1 transported,

b} A large number of e.g. SOCHVZ cylindrical high-pressure springs 18 with sleeve 18.3 and dar 18.2, as well as one or more flat farms 17 are arranged one above the other, in the second cylinder 1.1. the piston 2 with piston rings 3 and seals 3.1 the fluid {C}) slightly compressed water 9 ca, 200bar with check valve 15 open and at high pressure and through throttle valves 13 open through a tube 8.1 to the turbine 10 and the

71729

Fig. 4 high-pressure compressor with das

First cylinder 1 with the high-pressure water pump 4, the compressed water 9 approx. 350bar and open through solenoid valve 14 and open through check valve 7, so that the calving? with piston rings 3 and with seal 3.1 is moved upwards and the flow is pressed out through valve 12, then the check valve 7 and Masnetventi! 14 closed again, the second cylinder 1.1 also with valve 12 without the air is forced out,

a} a high-pressure compressor 4.2 gresses one or more high-pressure accumulators 5, the fluid (A} highly compressed gas approx. 500 bar and the fluid {8} such as compressed nitrogen approx. 20 bar into the bladder accumulator 5 or piston accumulator 5.1 or metal lens compensators 6 ,7 or corrugated pipe compensators 6.3 or stainless steel tubes and aramid, - Keviar, - Carhon fabric compensators 6.4 inside, the pipeline S and several high-pressure hoses 8.2 or telescopic lines 8.3 is attached between the high-pressure accumulator 5 and telescopic gas pressure springs 19, one or more high-pressure accumulators S the fluid { A} and the fluid {B} and a number of telescopic gas pressure springs 19 and several platforms 17 are arranged one above the other, the fluid {C} compressed water 9 approx. 350 bar is pressed into the first cylinder 1 with the piston 2 with piston rings 3 and seals 3.1 and with shut-off valve 15 open and drain valve 13 open in the pipeline 8.1 to the turbine 10 and the generator 11 generates electricity and then the water 9 is transported into the second cylinder 1.1, the high-pressure accumulator 5 with fluid {A} and fluid {RB} is compressed and several telescopic gas pressure springs 19 are thereby emptied,

b} a high-pressure compressor 4.7 presses one or more high-pressure accumulators 5.1, the fluid {A} compressed gas approx. Süßhar and the fluid {S} such as compressed nitrogen approx. 20 bar into the bladder accumulator 6 or piston accumulator 6.1 or metal b-lens expansion joints 6.2 or Corrugated pipe camps 6.3 or stainless steel foil and aramid-kevlar-carbon fabric compensators 6.4 inside, the pipeline S and several pressure hoses 8.7 or telescopic lines 8.3 are attached between the high-pressure accumulator 5.1 and telescopic gas pressure springs 19, one or more high-pressure accumulators 5.1 the fluid {A } and the fluid {B} and a number of telescopic gas pressure springs 19 and a plurality of matt shapes 17 are arranged one above the other, in the second cylinder 1.1. with the piston 2 with piston rings 3 and seals 3.1 the fluid {C} compressed water 9 approx. 350 bar pressed and with shut-off valve 15 open and throttle valve 13 open in the pipeline 8.1 to the turbine 10 and the generator 11 generates stream and then the water 3 is spared in the first cylinder Liran, the high-pressure accumulator 5.1 with fluid {A} and flight (Bl is compressed and several telescopic gas pressure springs 19 are thereby released, the process sequence is started again from the beginning.

Claims (1)

1. Method and installation and operation for a storage power plant system (20), characterized in that the force consists of a number of cylindrical high-pressure springs {18} and the power machine consists of a mechanical high-pressure water pump (4} or high-pressure hydraulic oil pump {4.1} or high-pressure compressor {4.2} exist and the Eluld A such as compressed water {4.01} or compressed hydraulic oil (4 LE} or compressed gas (4.21) is transported into one or more high-pressure accumulators {S} and {5.1}. 2 Method according to claim 1, characterized in that the fluid B, such as compressed nitrogen (4.32), is integrated into one or more high-pressure accumulators {5} and {5.1}, 3. The method according to claim 1 and 2, characterized in that one or more high-pressure accumulators (5) and {5.1} with fluid A and fluid B from bladder accumulator (6) or piston accumulator {6.1} or metal Welflrohr compensating valves {6.7} or metal -lens compensators {6,3} or two or more stainless steel foil with Aramid,- or Keyvlar,- or carbon, fabric Kampensatgren (6,4) consists, 4. The method according to claim 1 to 3, characterized in that the fluid. € preferably from compressed water {9} with high-pressure water pump {4} is only transported to the first storage room, S. The method according to claim 1 to 4, characterized in that one or more high-pressure accumulators {S} and {5.1} is transported to the storage spaces with a pipeline {8} and the pipeline {8.1} exists between the storage spaces and the turbine {10}, SG. Method according to Claims 2 to 5, characterized in that the storage chambers consist of cylinder {1} and cylinder (1.1) with piston {2} and calf rings (3) and lip seal {3.1}, 7 method and operation of the system according to claim 1 bir 6, characterized in that a storage power plant (20) the fluid C with Wasserhachdruckpumpe {4} and with Magnetvent $ (14) open and Rückschlagvent? (7} open so that comb-primed water (9} is forced into the first cylinder (1) and the air escapes, and then as follows: a} the high-pressure accumulator {5} is pushed apart with fluid 8 such as compressed nitrogen (4.32) and fluid A such as compressed water (4.01} or compressed hydraulic oil {4.11} or compressed gas (4.21}) is pressed into the first cylinder {1} and the fluid C, like compressed water {9}, is fed at high pressure into the first pipeline (8.1) to the turbine (10) and the generator {11} generates electricity and with high pressure into the second pipeline (8.11 for the second Cylinder (1.1) transported, : b)} if at least one predetermined switching mechanism is fulfilled, the first cylinder (1) will press back the fluid A and fluid B the high-pressure accumulator (5), d) if at least one predetermined switching mechanism is implemented, the second cylinder {1.1} will press the fluid A and Flulkd 8 back into the high-pressure accumulator {5.1}, e) if at least one predetermined switching mechanism is fulfilled, the process sequence is started again from the beginning with feature a}, if at least one predetermined abort mechanism is fulfilled, the procedure is stopped or ended, 8) if there is pressure equalization between the first cylinder {1} and the second cylinder {1.1} with fluid O and the high-pressure accumulator {5 and 5.1} with fluid A and 8 (period of time approx. 1-2 years}, the solenoid valve {12 and 14} open, so that the water high-pressure pump {4} or hydraulic oil high-pressure pump {4,1} or high-pressure compressor (4.21) opens cylinder 1 and cylinder 1.1 and the high-pressure accumulator 5 and high-pressure accumulator 5.1 8. Method and system according to claim 1. to 6, characterized in that the hydraulic oil high-pressure pump (4.1) is pressed into the high-pressure accumulator {5} with fluid A such as compressed HyaraulikGl (4.21) and the fluid & compressed nitrogen (4.32 ) is pressed together and a large number of telescopic pressure cylinders {16} are pressed apart and one or more platforms {17} are arranged one above the other, the high-pressure accumulator (S} with fluid A and 8 is pressed into the first cylinder {1} and the fluid C as the compressed water (9} is fed at high pressure into the pipeline {8.1} to the turbine {10} and the generator {11} generates electricity and then the water {9} is transported in the second cylinder {1.1} and then the high-pressure storage tank {5.1} with fluid A and 8 and by large number of telescopic pressure cylinders {16} and one or more platforms {17} arranged one above the other, is in the second cylinder (LI) with fluid C like the compressed water {9} with high pressure to drive into the turbine {10} and the generator {11} produces electricity and then to transport it into the pipeline {8.1} in the first cylinder {1} S Method and system according to claim &, characterized in that the high-pressure accumulator {5} and {5.1} and the telescaping pressure cylinder (16) are connected to one another, i.e. several steel lines {8.2} or several high-pressure hoses {8.3} or telescaping lines {8.4} to be docked. 10 Method and operation of the system according to claim 8, characterized in that one or more storage power plants (20) the Flufd C with high-pressure water pump {4} with magnet valve (14) open and check valve (7} open, the compressed water {9} in the first cylinder {1} presses in and the air escapes and then, as follows: D} if at least one predetermined switching mechanism is fulfilled, the cylinder {1} is lowered with the pistons (2) and compressed with the fluid A by a large number of part scope pressure cylinders {16}, the fluid A and 8 can flow into the accumulator { S} are returned, CC} if at least eb predetermined environmental mechanism is fulfilled, the high-pressure accumulator {5.1} with fluid A and 8 is pressed into the second cylinder {1,1} and then the water {9} with high pressure is fed into the second pipeline {8.1 } to the turbine {I and the generator {11} generates electricity and then transported into the first pipeline {8.1} in the first cylinder {1}. d} if at least one predetermined switching mechanism is fulfilled, the cylinder (1.1) with the piston (2} moves down and is compressed by a large number of telescaping pressure cylinders {16} with the Flulkd A, the fluid A and Bin the high-pressure accumulator { S} are returned, e) if at least one predetermined switching mechanism is fulfilled, the process sequence is started again from the beginning with feature a}, f} if at least one predetermined termination mechanism is met, the process flow is stopped or ended, 11. Method and Anfage according to claim 1 and 11, characterized in that the force is pushed apart from a large number of cylindrical high-pressure springs {18} with sleeve {18.1} and mandrel {18.2}, and one or more platforms {17} arranged one above the other are, In the first cylinder {1} the Fitd © is fed like compressed water {S) In the pipeline {8.1} to the turbine {10} and the generator {11} generates electricity and then compressed water {9} in the second Cylinder (1.1) is transported and a large number of high-pressure springs {18} with sleeve {18.1} and mandrel {18.2} is pushed apart and the compressed water {9} is fed into the turbine {10} and the generator {11} generates electricity and then to be transported into the pipeline {8.1} into the first cylinder {1}, 17 Method and operation of the system according to claim 11, characterized sekennzeichn that a storage power plant {Z0) the fluid € as compressed water (9} with Masnetventit (14) open and non-return valve {7} open, so that the compressed water {9} in the first cylinder {1} is pressed in and the air escapes and then as follows: a) A number of cylindrical high-pressure springs {18} and one or more platforms {17} are arranged one above the other, presses the compressed water {9} into the first cylinder {1} with high pressure into the pipeline {8.1} to the turbine {10} back and the generator {11} produces electricity and then the compressed water {9} is transported into the second cylinder {1.1} cc} if at least one predetermined switching mechanism is fulfilled, by means of a number of cylindrical springs {18}, and one or more platforms {17} are arranged one above the other, the compressed water {9} presses into the second cylinder (1.1) with high Pressure in the pipeline {8,1} towards the turbine {10} and the generator {11} produces electricity and then the compressed water {9} is transported into the first cylinder {1} dd} when at least one predetermined switching mechanism is erfüht, is compressed by a number of cylindrical high-pressure springs (18) and made into the starting point and then the process sequence is started again from the beginning with the feature a}. e) if at least one predetermined termination mechanism is fulfilled, the process flow is stopped or terminated. 13 Method and system according to Claims 1 to 6 and 13, characterized in that the high-pressure compressor (4.2) presses the fluid A, such as compressed gas {4211, into the high-pressure reservoir {5} and {5.1}, and the fluid B, such as compressed nitrogen ( 4.32) is compressed and pushed apart by a large number of Telescap gas pressure springs {19} and one or more platforms (17) are arranged one above the other, Fluid A and & is pressed into the first cylinder {1} and the fluid € is compressed water {9} at high pressure in the pipeline {8.1} to the turbine {10} and the generator {11} generates electricity and then the water {9} is transported in the second cylinder {1.1} and through Hochgrüucksgeicher (5.1) with fluid A and 8 and is pushed apart by a large number of telescopic gas pressure springs (19) and one or more platforms {17} are arranged one above the other, the compressed water {9} is fed into the turbine (10) at high pressure and the generator {11 } generates electricity and then to transport it into the pipeline (8.1) into the first cylinder {1}. 14 Method and system according to Claim 13, characterized in that high-pressure accumulators {S} and {5.1} and telescopic gas pressure spring {18} are connected to one another, i.e. several steel lines (8.2) or several high-pressure hoses {8.3} or telescopic lines {8.4 } can be docked. 35. The method and operation of the system according to claim 1 to 7 and 12, characterized in that a storage power plant (20) the fluid C with high-pressure water pump {4} with solenoid valve {14} open and non-return valve {7} oven, the compressed water (9 ) into the first cylinder {1} and the air escapes, and then, as follows: a} one or more high-pressure accumulators (5) with which fluids A and B are pressed into the first cylinder {1} and the compressed water (9) is fed at high pressure into the first pipeline {8.1} to the turbine {10} and the generator {11} generates electricity and then transnorÄgrt into the second pipeline {8.1} into the second cylinders {1.1} cc) if at least one predetermined switching mechanism is fulfilled. the Hoacherückspeicher {5,1} the fluid A and Bin the second cylinder {1.1} is pressed into it and then the compressed water {9} is led under high pressure into the second pipeline (8. 1} to the turbine {10} and the generator {11} generates electricity and then transports it into the first tube {8.1} in the first cylinder (1} d} if at least one predetermined switching mechanism is fulfilled, the Zvüander {1.1} is shut down with the piston {2} and a large number of telescopic Sasdruckfeder {18} is compressed with the fluid A and thereby the fluid A and Flug Bin the high-pressure accumulator (p.1} is returned, e) if at least one pre-basic switching mechanism is activated, the process sequence is started again from the beginning with feature a}, T}) if at least one predetermined abort mechanism is fulfilled, the procedure is stopped or ended, 16. Plant according to claim 1 to 13, characterized in that the storage power plants {20} are equipped with cylinder {1} and cylinder (1.1) made of steel cylinders with an inside made of PTFE or consist of stainless steel cylinders, 17. Plant according to claim 1 to 12, characterized in that the piston {2} consists of aluminum on the outside {2.3} and on the inside of a cavity which is filled with gas, 18. Plant according to claim 1 to 13, characterized in that the piston {2} is made of plastic {2.8} and has a hollow space inside which is filled with gas, 19.Anfage according to claim 1 to 18, characterized in that steel cylinders (Lund 1.13 or stainless steel cylinders {1 and 1.1} are reinforced on the outside of steel girders (1.2) longitudinally and transversely and diagonally or are encased in reinforced concrete {1.2}, 20. Plant according to claim 1 to 18, characterized in that the installation of the plant is possible both during the day or at night or both together, AL system according to Claims 1 to 20, characterized in that a storage power plant (20) has an incineration system {21} without illustration, where the control of the system is set up in such a way that the overpressure protection, charging and discharging of the high-pressure accumulator {5 and 5.1) and cylinder (1 and 1.1} required components, as well as the water quantity regulation for the rotational speed and power regulation of the turbine (1) by means of solenoid valves (12-15) and all bridge and monitoring organs are controlled by computers and processes, the overpressure protection is provided by at least two independent systems secured and with an emergency switch can be emptied immediately through high-pressure accumulators {A and 8} or cylinders (land 1.1} with fluid (Chwith a valve and the system can be depressurized in a short time. 23. Plant according to claim 1 to 21, characterized in that a storage power plant {20} with integrated turbines (23} and an isofterten generator {11} is mounted inside and the fluid € by several rotor blades {23.1} and by twisting the Leithlatt systems (23.2) is operated with small sitric actuators {23,3}, 24. Plant according to claim 23, characterized in that a storage power plant {20} with integrated turbines {23} and one or two generators {11} are attached outside, but in the longitudinal axis of the steel frame {8,1},