KR20130026797A - Hydro power generator system using water wheel and buoyancy - Google Patents

Abstract

PURPOSE: A water power generating system using waterwheels and buoyancy is provided to generate power by rotating the waterwheels by using falling water and to semi-permanently reuse the water by transferring the water stored in a storage tank by using a buoyant member moved upward and downward to a water tank along a circular pipe. CONSTITUTION: A water power generating system using waterwheels and buoyancy comprises a water tank(10), a first transferring pipe(13), a second transferring pipe(14), waterwheels(18), a generator(19), a first storage tank(20), a second storage tank(21), a circulation pipe(22), and a pump(23). The upper parts of the first and second transferring pipes are respectively connected to the water tank. The first and second transferring pipes include first and second buoyant members moving upward and downward by gravity. The first and second storage tank are connected to the lower parts of the first and second transferring pipes and stores water fallen from the water tank to the waterwheels for repetitively reusing the flowing water rotating the water wheels. Both ends of the circulation pipe are connected to the lower parts of the first and second transferring pipes, thereby connecting the same. The pump supplies the water of the first and second transferring pipes to the first and second transferring pipes through the circulation pipe according to a rotating direction in order to transfer the water discharged to the first and second buoyant members from the first and second storage tanks.

Description

Hydro power generator system using water wheel and buoyancy

The present invention relates to a hydroelectric power generation system using aberrations and buoyancy, and more particularly, a storage tank for flowing water from a reservoir to rotate a turbine (including a hydroelectric power generation) turbine (or "aberration"). It relates to a hydroelectric power generation system using aberrations and buoyancy that is stored in, and the water in the storage tank is moved to the reservoir by a buoyancy member that is elevated along the cylindrical tube to be reused repeatedly.

In general, a hydroelectric generator is a device that installs a turbine in the middle of a waterway from which a water drops from a dam, and converts potential energy of the water into electric energy, and once the water has passed through the waterway to rotate the turbine, You will need a reservoir or a dam that collects large amounts of water. This creates a problem of limited location selection of dams, complains of local residents, excessive costs for land purchases, and side effects of environmental degradation. The amount of electricity generated compared to the amount of water falling is not as expected, and a large amount of electricity cannot be produced. In addition, it is greatly affected by the rainy season and drought (in the case of a small hydroelectric generator (possible to generate less than 15,000kw) is difficult to generate power in the low water) there is a problem that the location to install the generator should also be close to the dam.

A positive power generator is a kind of hydroelectric power generation that uses late-night power to store the water of the lower reservoir with low position to the upper reservoir with high position, and then drops the water stored at the time of high power demand to the lower reservoir. That's the way.

Nuclear power generation has the problems of high construction cost, long construction period, and risk of air pollution and radiation leakage. Thermal power generation uses fossil fuels for operation, which limits the amount of use, expensive purchase costs, and environmental pollution during combustion.

Tidal power generation should be located only at the seaside where the tidal difference is severely generated and there is a problem that power generation is impossible at high tide. Solar generators cannot produce energy on cloudy days and at night. Wind power cannot produce energy without wind above a certain intensity. Cogeneration is a steam turbine method that uses additional heat and heat as a heat source for production process or heating and cooling when generating electricity. The power generation method such as a general commercial thermal power plant generates only 1/3 of the input energy. Energy corresponding to / 3 has a problem that is discarded into the river or the sea through the condenser.

The embodiment of the present invention, by generating the aberration by the flow of water falling from the reservoir, the power is generated, and the water stored in the storage tank is moved to the reservoir by the buoyancy member which is elevated along the cylindrical pipe to be reused repeatedly In other words, it is related to hydroelectric power systems that use aberrations and buoyancy which require no additional energy to rotate the aberration vanes.

Embodiments of the present invention are related to a hydroelectric power generation system using aberrations and buoyancy to reduce the cost of the cost relative to the production cost of the existing power generation equipment, and to lower the cost of producing electricity.

Embodiment of the present invention, without being limited to the season, time, climate, such as the dry season or ice, and related to the hydroelectric power system using aberration and buoyancy to operate the power generation system to produce electricity in remote areas such as deserts do.

Embodiments of the present invention relate to a hydroelectric power generation system that uses environmentally friendly aberration and buoyancy without emitting environmental pollutants during operation of the power generation system.

Hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention,

A reservoir for maintaining a predetermined height and storing water;

A first moving tube and a second moving tube communicating with an upper portion of the reservoir, respectively, which are lifted by buoyancy and lowered by gravity, so that the first buoyancy member and the second buoyancy member can be elevated, respectively;

An aberration blade formed in the direction of the rotation axis on the outer circumferential surface of the cylindrical rotor to be rotated by running water falling from the reservoir,

A generator which is connected to the rotating shaft of the aberration and generates electric power by converting the potential energy of the flowing water falling from the water tank during the rotation of the aberration into electric energy;

A first storage tank and a second storage tank communicating with each other under the first moving pipe and the second moving pipe, respectively, for storing the flowing water falling from the water tank to the aberration so as to repeatedly reuse the flowing water for rotating the aberration;

A circulation pipe having both ends communicating with lower ends of the first moving pipe and the second moving pipe so as to communicate them;

It is installed in the circulation pipe, the water of the first moving tube and the second moving tube in accordance with the rotation direction to move the water flowing on the first buoyancy member and the second buoyancy member from the first storage tank and the second storage tank in the reservoir. It includes a pump for supplying to the second moving tube and the first moving tube through the circulation pipe, respectively.

According to a preferred embodiment, any one of the above-described first buoyancy member and the second buoyancy member is located at the lower end of any one of the first moving tube and the second moving tube, the other of the first buoyancy member and the second buoyancy member In the initial conditions located at the upper end of any one of the first moving tube and the second moving tube,

The water stored in any one of the first storage tank and the second storage tank is discharged on any one of the first buoyancy member and the second buoyancy member located on the lower end of any one of the first and second moving tubes to maintain a set height. Occation,

When opening by operating the first opening / closing valve installed in the circulation pipe, the water filled in the first moving pipe and the second moving pipe is moved to the lower level along the circulation pipe according to the water level difference, so that the water level of the first moving pipe and the second moving pipe Is adjusted,

When the water level of the first moving tube and the second moving tube is matched, by driving the pump installed in the circulation pipe, any one of the first buoyancy member and the second buoyancy member pumped toward the first moving tube or the second moving tube located in the lower end of the first The water accumulated on the buoyancy member or the second buoyancy member is to move to the reservoir.

The first buoyancy member and the second buoyancy member described above are formed in a cylindrical shape as a high-density compression foam foam material.

The first buoyancy member and the second buoyancy member described above are formed in a hollow cylindrical shape in which any one of helium gas and nitrogen gas is filled.

The above-described volume of the reservoir is formed to have three times or more than the volume of any one of the first and second moving tubes.

The first gear having a large number of gear teeth mounted on the circumferential surface of the side plate formed on both sides of the rotating body of the aberration described above and a gear tooth relatively smaller than the number of gear teeth of the first gear are meshed with the first gear. It includes a second gear connected to the rotating shaft to the power transmission shaft.

A first open / close valve is provided to open and close the passage of the circulation pipe, and the first open / close valve is used as a solenoid valve operated according to the application of an electrical signal from the outside.

As a power source for driving the aforementioned pump, power generated during rotational movement of the first gear and the second gear due to aberration rotation is used.

The pump described above uses a motor / pump generated by a generator or driven by commercial power supplied from the outside.

A second opening / closing valve for opening and closing a passage between the first moving pipe and the first storage tank described above is provided, and the second opening / closing valve uses a solenoid valve operated according to an application of an electrical signal from the outside.

A third open / close valve is provided to open and close a passage between the second moving pipe and the second storage tank, and the third open / close valve is used as a solenoid valve operated according to the application of an electrical signal from the outside.

The above-described aberration is composed of a first aberration rotated by running water falling from the reservoir and a second aberration rotatably installed below the first aberration and rotated by running water falling again after rotating the first aberration.

Hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention configured as described above has the following advantages.

Power is generated by rotating the aberration by the running water falling from the reservoir, and the water stored in the storage tank is moved to the reservoir by the buoyancy member which is elevated along the cylindrical tube and reused semi-permanently, so that additional energy is used to rotate the aberration. Since this is unnecessary, maintenance costs can be minimized.

In addition, the cost of production is relatively reduced compared to the cost of manufacturing and installing the existing power generation equipment, it is possible to use electricity at a low cost by lowering the cost of producing electricity.

In addition, it is possible to produce electricity by operating a power generation system in remote areas such as deserts without being limited by seasons, times and climates such as dry seasons or icebreakers.

In addition, it is environmentally friendly because it does not emit environmental pollutants when the power generation system is operated and does not destroy the surrounding environment when the power generation system is installed.

1 is a schematic perspective view of a hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention;
2 is a view for explaining an initial state in which aberration is rotated in a hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention;
3 is a view for explaining that the water stored in the first storage tank in the hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention flows out to the first moving pipe,
Figure 4 is a hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention, in order to reuse the water stored in the first storage tank flows from the first storage tank on the first buoyancy member of the first moving tube Drawing to explain the transfer of water to the reservoir,
5 is a view for explaining that the water stored in the second storage tank in the hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention flows out to the second moving pipe,
Figure 6 is a hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention, flowed out on the second buoyancy member of the second moving tube from the second storage tank to reuse the water stored in the second storage tank Drawing to explain the transfer of water to the reservoir,
7 is a view showing that the gear unit is mounted on the outer surface of the aberration to increase the power generation efficiency by the aberration in the hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, which are intended to describe in detail enough to enable those skilled in the art to easily practice the invention, It is not intended that the technical spirit and scope of the invention be limited.

Hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention shown in Figure 1 to 7,

Reservoir 10 to maintain a predetermined height from the bottom surface and the water is stored,

The upper part is in communication with the reservoir 10, respectively, the first buoyancy member 11 and the second buoyancy member 12, which is lifted by buoyancy and lowered by gravity, respectively, so as to be slidably movable in the vertical direction as the water level changes. The first moving tube 13 and the second moving tube 14,

Aberration blades (18) in which the aberration blades (15) are formed in the direction of the rotation axis (17) on the outer circumferential surface of the cylindrical rotor (16) so as to be rotated by running water falling from the reservoir (10),

A generator 19 connected to the rotary shaft 17 of the aberration 18 and generating electric power by converting the potential energy of the flowing water falling from the water tank 10 into electric energy when the aberration 18 rotates,

A first communication pipe communicating with the lower side of the first moving pipe 13 and the second moving pipe 14, respectively, and storing the flowing water falling from the reservoir 10 to the aberration 18 so that the water flowing to rotate the aberration 18 can be reused. The first storage tank 20 and the second storage tank 21,

A circulation tube 22 having both ends communicating with lower ends of the first moving tube 13 and the second moving tube 14 so as to communicate them;

It is installed in the circulation pipe 22, and the water flowing out from the first storage tank 20 and the second storage tank 21 on the first buoyancy member 11 and the second buoyancy member 12 reservoir 10 In order to transfer to the water, the first moving tube 13 and the second moving tube 14 in accordance with the direction of rotation is supplied to the second moving tube 14 and the first moving tube 13 through the circulation pipe 22, respectively, It includes a pump 23 driven in both directions.

At this time, the above-described first moving tube 13 and the second moving tube 14 is formed in a cylindrical, polygonal shape, such as a circular or oval cross section thereof.

The first buoyancy member 11 and the second buoyancy member 12 described above are formed in a cylindrical shape as a high density compression foam foam material.

The first buoyancy member 11 and the second buoyancy member 12 described above are formed in a cylindrical shape or a rectangular shape in which any one of helium gas and nitrogen gas is filled.

The volume of the above-described reservoir 10 is formed to have three times or more than the volume of any one of the first moving tube 13 and the second moving tube (14). As a result, water stored in the first storage tank 20 flows out on the first buoyancy member 11 of the first moving tube 13 (in this case, the water stored in the first storage tank 20 is transferred to the first moving tube 13). In the standby mode waiting for it to flow out into the reservoir 10), or while the water stored in the second storage tank 21 flows out on the second buoyancy member 12 of the second moving tube 14. (At this time, the water stored in the second storage tank 21 is in the standby mode waiting for the flow out of the second moving pipe 14 to be moved to the reservoir 10), the water stored in the reservoir 10 to the aberration 18 It is continuously dropped so that the generator 19 can be driven.

The first gear 25 having a large number of gear teeth mounted on the circumferential surface of the side plate 24 formed on both sides of the rotating body 16 of the aberration 18 described above, and relative to the number of gear teeth of the first gear 25. It consists of a small number of gear teeth and meshes with the first gear 25, and includes a second gear 29 is connected to the power transmission shaft 27 of the generator 19, the rotary shaft 28.

The first opening / closing valve 30 which opens and closes the passage of the circulation pipe 22 described above is provided, and the first opening / closing valve 30 uses a solenoid valve operated according to the application of an electrical signal from the outside.

As a power source for driving the aforementioned pump 23, the power generated during the rotational movement of the first gear 25 and the second gear 29 due to the rotation of the aberration 18 is used.

The pump 23 described above uses a motor / pump driven by electricity generated by the generator 19 or commercial power supplied from the outside.

And a second opening / closing valve 31 for opening and closing a passage between the first moving tube 13 and the first storage tank 20 described above, and the second opening / closing valve 31 operates according to the application of an electrical signal from the outside. Solenoid valve is used.

And a third opening / closing valve 32 for opening and closing a passage between the above-described second moving tube 14 and the second storage tank 21, and the third opening / closing valve 32 operates according to the application of an electrical signal from the outside. Solenoid valve is used.

The above-described aberration 18 is installed to be rotatable under the first aberrations 18a and 18b and the first aberrations 18a and 18b rotated by running water falling from the reservoir 10. The second aberration 18c, 18d rotated by running water falling again after rotating 18b).

The aberration blade 15 formed on the outer circumferential surface of the rotating body 16 forming the aberration 18 described above is an example, and corresponds to the structure and shape thereof so as to increase the kinetic energy caused by the aberration 18. Of course, it can be variously modified in the field.

On the other hand, although not shown in the drawings, according to the region, the place where the aberration 18 is installed, when a plurality of aberrations 18 are arranged in parallel in combination to increase the power generation efficiency by the aberration 18.

In the figure, reference numeral 26 denotes a bracket for rotatably supporting the aberration 18 with respect to the base plate 34.

Hereinafter, a use example of a hydroelectric power generation system using aberration and buoyancy according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a view for explaining an initial state in which the aberration 18 is rotated by the flowing water falling from the above-described water tank 10. The reservoir 10 is filled with water about 2/3, the first storage tank 20 is filled with water about 1/3, and the second storage tank 21 is empty.

Water is emptied in the first moving tube 13 described above (the first buoyancy member 11 is located at the lower end of the first moving tube 13 by gravity), and the second moving tube 14 is filled with water. (The second buoyancy member 12 is located at the upper end of the second moving tube 14 by the buoyancy).

As shown in FIGS. 2 and 3, as the second opening / closing valve 31 installed in the passage between the first moving tube 13 and the first storage tank 20 is operated and opened, the first storage tank ( Water stored in 20 passes through the second opening / closing valve 31 and falls on the first buoyancy member 11 positioned at the lower end of the first moving tube 13. At this time, the water discharged from the reservoir (10) through the outlet (10a, 10b) falls to the aberration blades (15) of the first aberration (18a, 18b), respectively.

When the water accumulated on the above-mentioned first buoyancy member 11 reaches a predetermined level (for example, when the water level reaches the bottom surface of the first storage tank 20), the above-described second opening / closing valve Operate (31) to switch to the locked state.

At this time, by operating the first opening and closing valve 30 installed in the above-described circulation pipe 22 to open it, the second moving pipe by the water level difference of the water filled in the first moving pipe 13 and the second moving pipe (14) Water filled in 14 is moved along the circulation pipe 22 to the first moving pipe 13 side. At this time, the first buoyancy member 11 is moved upward along the level of the first moving tube 13, the second buoyancy member 12 is lowered along the level of the second moving tube 14 by gravity.

When the level of the first moving tube 13 and the level of the second moving tube 14 coincide with each other, the water in the second moving tube 14 is no longer moved toward the first moving tube 13. The pump 23 installed in the circulation pipe 22 is driven to forcibly move the water in the second movement pipe 14 to the first movement pipe 13 through the circulation pipe 22 (at this time, the second storage tank 21). And the third opening / closing valve 32 between the second moving pipe 14 and the second moving pipe 14 remain closed, so that water falling from the aberrations 18b and 18d is stored in the second storage tank 21). At this time, the water is filled up and down the first buoyancy member (11).

FIG. 4 illustrates that water dropped from the reservoir 10 to rotate the aberration 18 and stored in the second storage tank 21 is transferred to the reservoir 10 through the first moving tube 13 for reuse. As shown in the drawing, when the first buoyancy member 11 is positioned at the upper end of the first movable tube 13 as the water level of the first movable tube 13 is increased (in this case, the second buoyancy member 12 is the second movable tube). 14, the water filled on the first buoyancy member 11 can be transferred to the reservoir (10). At this time, the first opening and closing valve 30 installed in the circulation pipe 22 is operated to switch to the closed state.

As described above, in order to move the water accumulated on the first buoyancy member 11 to the reservoir 10, the pump 23 is driven to move the water in the second movable tube 14 to the first movable tube 213. Since the first buoyancy member 11 increases along the level of the first moving tube 13, it is possible to minimize the occurrence of load on the pump 23.

Accordingly, the water transferred from the first storage tank 20 to the first buoyancy member 11 of the first moving tube 13 is stored in the reservoir 10 by the buoyancy function of the first buoyancy member 11 and the pump 23. To fill in. At the same time, since the aberrations 18; 18a, 18b, 18c, and 18d are respectively rotated by the flowing water falling from the reservoir 10, the generator 19 converting the potential energy of the flowing water falling from the reservoir 10 into electrical energy. It will be able to produce electricity. At this time, the technology for driving and driving the drive shaft of the generator 19 through the power transmission shaft 27 connected to its rotary shaft 17 when the aberration 18 rotates is used in the art, so the details of their configuration and operation Description is omitted.

On the other hand, the aberration blades 15 of the first aberration 18a are rotated by the flow of water falling from the water tank 10 described above to rotate the first aberrations 18a, 18b, and at the same time the first aberrations 18a, 18b. The aberration blades 15 of the second aberrations 18c and 18d are rotated by running water falling from Therefore, the amount of electricity generated by the generator 19 can be increased by the structure of the first aberrations 18a and 18b and the second aberrations 18c and 18d provided to be stepped.

FIG. 5 is a view for explaining an initial state of the first moving tube 13 and the second moving tube 14 so that the water stored in the second storage tank 21 may be moved to the reservoir 10 and reused. FIG. 6 2 is a view for explaining that water dropped from the reservoir 10 and stored in the second storage tank 21 is transferred to the reservoir 10 for reuse.

As shown in FIG. 5, when the third opening / closing valve 32 is operated and opened, water stored in the second storage tank 21 passes through the third opening / closing valve 32. Outflow is on the second buoyancy member 12 located at the lower end. When the water level of the water flowing out on the second buoyancy member 12 reaches the set height of the second moving tube 14 (for example, when the water level reaches the bottom surface of the second storage tank 21) Close the three open valves (32).

When the first opening / closing valve 20 is operated and opened, the water of the first moving tube 13 flows through the circulation pipe 22 due to the difference in the water level between the first moving tube 13 and the second moving tube 14. It is moved to the second moving tube (14). At this time, the first buoyancy member 11 is lowered along the lowered water level of the first moving tube 13, and on the contrary, the second buoyancy member 12 is raised along the higher water level of the second moving tube 14. When the level of the first moving tube 13 and the level of the second moving tube 14 coincides with the pump 23, the water of the first moving tube 13 flows through the circulation tube 22 to the second moving tube. It is forcibly moved to (14) side.

When the first buoyancy member 11 described above descends to the lower end of the first moving tube 13, the second buoyancy member 12 is moved to the upper end of the second moving tube 14. Accordingly, the second buoyancy of the second moving tube 14 by the pressure of the water moved from the first moving tube 13 to the second moving tube 14 through the circulation tube 22 and the buoyancy of the second buoyancy member 12. The water spilled on the member 12 can be transferred to the reservoir 10.

As described above, water stored in the first storage tank 20 flows out on the first buoyancy member 11 of the first moving tube 13 to discharge pressure of the pump 23 and the first buoyancy member 11. The buoyant force is moved to the reservoir 10 along the first moving tube 13, and the water stored in the second storage tank 21 flows out on the second buoyancy member 12 of the second moving tube 14 to pump ( One cycle of moving to the reservoir 10 along the second moving tube 14 by the discharge pressure of 23 and the buoyancy of the second buoyancy member 12 is finished.

Therefore, the aberration 18 is rotated by the running water falling from the water tank 10 to the aberration wing 15, and the water stored in the first storage tank 20 and the second storage tank 21 is transferred to the water storage tank 10. Since the process is repeated, it is possible to produce electricity by driving the generator 19 by the rotational force generated when the aberration 18 rotates.

Flowing water falling from the above-described water storage tank 10 to rotate the first aberrations 18a and 18b, and falling from the first aberrations 18a and 18b to rotate the second aberrations 18c and 18d, the first storage tank ( 20) and the second storage tank 21, which may be repeatedly moved to the reservoir 10 through the first moving tube 13 and the second moving tube 14. That is, the flow of water falling from the reservoir 10 is the first aberration (18a, 18b) and the second aberration (18c, 18d) → the first storage tank 20 and the second storage tank 21 → the first moving tube (13) And the second moving tube (14) → the cycle to move to the reservoir (10) is repeated repeatedly. For this reason, since the water dropped from the reservoir 10 is repeatedly reused to rotate the aberration 18, the operation of filling the reservoir 10 with water from the outside is unnecessary.

As shown in FIG. 7, the number of gear teeth of the first gear 25 and the number of gear teeth of the first gear 25 having a large number of gear teeth formed on the circumferential surface of the side plate 24 of the rotating body 16 forming the aberration 18 described above. The rotating shaft 28 of the second gear 29 meshed with the first gear 25 is connected to the power transmission shaft 27 of the generator 19. This increases the amount of electricity generated by the generator 19 by the first gear 25 and the second gear 29 driven in conjunction with the rotation of the aberration 18, thereby maximizing power generation efficiency using the aberration 18. Can be.

According to the hydroelectric power generation system using the aberration and buoyancy according to an embodiment of the present invention as described above, the running water falling from the reservoir to rotate the aberration in the storage tank and the water in the storage tank is elevated along the cylindrical tube It can be reused by repeatedly moving to the reservoir by the buoyancy member. (It is unnecessary to fill water in the reservoir from the outside because the water flow rotated by the aberration is moved to the reservoir by the buoyancy member and pump driving.) It is possible to produce low-cost electricity by reducing the cost cost compared to the production and installation cost of existing power generation facilities. It is environmentally friendly as it does not emit environmental pollutants when operating the power generation system. Electricity can be generated by installing and operating a power generation system without being restricted by region, place, time and climate.

10; Reservoir 11; First buoyancy member
12; Second buoyancy member 13; First moving tube
14; Second moving tube 15; Aberration
16; Rotating body 17; Rotating shaft
18; Aberration 19; generator
20; First storage tank 21; 2nd storage tank
22; Circulatory tube 23; Pump
24; Shroud 25; The first gear
26; Bracket 27; Power transmission shaft
28; Axis of rotation 29; The second gear
30; A first open / close valve 31; 2nd open / close valve
32; 3rd open / close valve

Claims (12)

A reservoir for maintaining a predetermined height and storing water;
A first moving tube and a second moving tube communicating with an upper portion of the reservoir and being lifted by buoyancy and descending by gravity, respectively;
An aberration blade formed in the direction of the rotation axis on the outer circumferential surface of the cylindrical body so as to be rotated by running water falling from the water tank;
A generator connected to the rotational shaft of the aberration and converting the potential energy of the flowing water falling from the water tank during the rotation of the aberration into electric energy;
A first storage tank and a second storage tank communicating with each of the first moving tube and the second moving tube, respectively, for storing the running water falling from the water tank to the aberration so as to repeatedly use the running water for rotating the aberration;
A circulation pipe having both ends communicating with lower ends of the first moving pipe and the second moving pipe so as to communicate them;
The first moving pipe and the first moving tube and the first along the rotational direction to be installed in the circulation pipe, so that the water flowing on the first buoyancy member and the second buoyancy member from the first storage tank and the second storage tank to the reservoir Hydroelectric power generation system using aberration and buoyancy, characterized in that it comprises a pump for supplying the water of the two pipes to the second pipe and the first pipe through the circulation pipe, respectively. The method of claim 1, wherein any one of the first buoyancy member and the second buoyancy member is located at the lower end of any one of the first and second moving tube, the other of the first buoyancy member and the second buoyancy member In the initial conditions located in the upper end of any one of the first and second moving tube,
Water stored in any one of the first storage tank and the second storage tank is discharged on any one of the first buoyancy member and the second buoyancy member located on the lower end of any one of the first and second moving pipes If you keep
When opening by operating the first opening and closing valve installed in the circulation pipe, the water filled in the first moving pipe and the second moving pipe is moved to the lower level along the circulation pipe according to the water level difference, the first moving pipe and the second moving tube The water level will be adjusted,
When the water level of the first moving tube and the second moving tube is matched to drive the pump installed in the circulation pipe, any one of the first buoyancy member and the second buoyancy member pumped toward the first moving tube or the second moving tube located at the lower end Hydroelectric power generation system using aberration and buoyancy, characterized in that for moving the water accumulated on the first buoyancy member or the second buoyancy member to the reservoir. The hydroelectric power generation system using aberration and buoyancy according to claim 1, wherein the first buoyancy member and the second buoyancy member are formed in a cylindrical shape as a high-density compression foam foam material. According to claim 1, wherein the first buoyancy member and the second buoyancy member hydroelectric system using aberration and buoyancy, characterized in that the inside of which is filled with any one of helium gas and nitrogen gas is hollow cylindrical. The hydroelectric power generation system using aberration and buoyancy according to claim 1, wherein the volume of the water tank is formed to have three times or more than the volume of any one of the first and second moving tubes. The first gear of claim 1, wherein the first gear includes a first gear having a large number of gear teeth mounted on circumferential surfaces of a side plate formed on both sides of the rotor of the aberration, and a gear tooth that is relatively small relative to the gear teeth of the first gear. Hydroelectric power generation system using aberration and buoyancy, characterized in that it is meshed with the gear, the second gear is connected to the rotating shaft of the power transmission shaft of the generator. The aberration and buoyancy of claim 1, further comprising a first opening / closing valve for opening and closing a passage of the circulation pipe, wherein the first opening / closing valve uses a solenoid valve operated according to the application of an electrical signal from the outside. Hydroelectric power system using. 7. The hydroelectric power generation system using aberration and buoyancy according to claim 6, wherein power generated during rotational movement of the first gear and the second gear due to the aberration rotation is used as a power source for driving the pump. The hydroelectric power generation system using aberration and buoyancy according to claim 1, wherein the pump uses a motor / pump driven by electricity generated by the generator or commercial power supplied from the outside. According to claim 1, A second opening and closing valve for opening and closing the passage between the first moving pipe and the first storage tank, the second opening and closing valve is a solenoid valve which is operated in response to the application of an electrical signal from the outside is used Hydroelectric power system using aberration and buoyancy, characterized in that. According to claim 1, It has a third opening and closing valve for opening and closing the passage between the second moving tube and the second storage tank, wherein the third opening and closing valve is a solenoid valve which is operated in response to the application of an electrical signal from the outside is used Hydroelectric power system using aberration and buoyancy, characterized in that. The aberration of claim 1, wherein the aberration is rotated by a first aberration rotated by the flowing water falling from the water tank, and a flowing water that is rotatably installed below the first aberration, and then falls again after rotating the first aberration. Hydroelectric power generation system using aberration and buoyancy, characterized in that the second aberration is made.

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