KR20190042811A - Environmentally friendly power generation method that continuously produces electricity by using a right angle falling power generation facility that is configured to generate gravity acceleration action by weighting - Google Patents

Abstract

The present invention relates to an environmentally-friendly generation method for continuously producing electricity with a vertical falling generation facility formed to increasingly generate gravitational acceleration action. According to the present invention, the generation facility comprises first and second reservoir devices, a tilt discharge pipe, a discharge amount control valve, a rising pipe, a re-transfer pipe, an air discharge amount control valve, a second discharge pipe, first and second generation waterwheels, a gravitational acceleration action generating vessel, a gravitational acceleration action generating discharge pipe, and a discharge amount control valve.

Description

Friendly environment-friendly power generation method that continuously generates electricity using a right angle falling power generation facility that is configured to generate gravity acceleration action.

The present invention relates to a natural-friendly eco-friendly power generation method for continuously generating electricity using a gravity action and a gravity acceleration generating facility using a right angle falling power generation facility. More specifically, the present invention relates to a method of eco- After the dam is installed, the water stored in the secondary water storage device is discharged to the upper part 1 by using a thermal power or nuclear electricity, which has a lower electricity generation price, The invention relates to a method of eco-friendly pumped-storage power generation that produces electric power by hydroelectric power generation in a daytime in which electric power demand is high after the power generation water is pumped to a car water storage device.

This technology is an invention of a nature friendly eco-friendly pumped-power generation method that uses completely different logic and actions that have not been used yet. There is no similar or similar technology as the present invention. However, This technology, which has a registered registration number 10-1430909, is designed to produce electricity by discharging the downstream water to the upper part and then discharging it to the downstream. Since this technology is constructed by using the faucet simply using the water pipe, There is a serious drawback that it does not cause any gravitational accelerating effect that occurs when the power is dropped. That is, it is a technology that lost the value of the marketability because the amount of electricity generated compared to the power is significantly different.

In detail, when the input power is 100%, the amount of electricity produced is a technology with a serious drawback of less than 70 ~ 90%

In addition, as disclosed in Patent Registration No. 0789692, a simple faucet is used to produce electricity by hydroelectricity. However, this technique also has drawbacks that it can not produce electricity using high efficiency because it uses a simple faucet.

The technology has been abolished because the inventor himself abandoned the patent by failing to apply it to the market due to low productivity

Current pumped-storage technologies have a major drawback with low efficiency because they are pumped-power generation using natural slopes.

Patent Registration No. 10-0789692 Patent Registration No. 10-1430909

The object of the present invention is to solve the above-mentioned problems of the present invention, and it is an object of the present invention to provide an apparatus and a method for preventing water pollution by blocking a mountain water valley and storing water by blocking a primary water storage device, i.e., a reservoir or a dam, In order to store the coming water, it is necessary to construct a secondary water storage device, that is, a reservoir or a dam, and then generate gravity action and gravity acceleration action therebetween to produce electricity. And a main problem of the present invention

The object of the present invention is to provide a method and apparatus for storing water by blocking a primary storage device such as a reservoir or a dam in the upstream of a river or a mountain valley having a large headlift and then blocking the secondary storage device, And a gravity acceleration generating device and a gravity acceleration generating device constructed in accordance with the environmentally friendly pumped-water power generation method, which is friendly to nature, are constructed to solve the problems of the present invention

By using the action of gravity of high pressure generated by the altitude difference due to the vertical difference of the water level of the water storage apparatus installed in the high mountainous valley of the present invention or the river or the river and the action of gravity acceleration which is weighted by high pressure, The high-pressure water pressure is used to produce the high-rate electricity permanently, so that the energy sufficient to self sufficient self-sufficiency is effective

In addition, since it uses the natural environment of mountain valleys, rivers, and rivers, which have just been abandoned, to store a large amount of water and make pumped storage, it will contribute to the nation's economy by producing a large amount of electricity. And the stable supply of agricultural water, it has the effect of contributing to national economic development

In addition, the large amount of rainwater produced by summer abandoned heavy rains is abandoned to produce a large amount of electricity, thereby developing the national economy. At the same time, it is possible to store a large amount of rainwater generated at a time due to the deeply dredged river It has the effect of restoring the natural ecosystem which is naturally occurring as the river ecosystem is recovered due to the large number of river water while preventing disasters due to the number

1 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with the first embodiment of the present invention
Fig. 2 is a cross-sectional perspective view of the eco-friendly environmentally-friendly power generation method constructed in accordance with the second embodiment of the present invention

The present invention relates to a natural-environment-friendly, environment-friendly and environmentally-friendly product that continuously produces electricity by using a square waterfall installed in a multi-stage water reservoir constructed in mountain valleys or rivers so as to generate gravity acceleration action with high- The present invention relates to an eco-friendly power generation method as follows

 A first embodiment of the invention is configured as follows.

[First Embodiment]

1 is a cross-sectional perspective view of an eco-friendly environmentally friendly power generation method constructed in accordance with the first embodiment of the present invention

In the method of pumped-water power generation by using the water storage device constituted by blocking the mountain valleys

After forming the foundation concrete 1150 in a sloping valley

The structure of the primary water storage device 1000 using concrete or sand and stones at the upper end of the foundation concrete 1150;

A secondary foundation concrete 2230 is installed in a downstream area where an altitude difference of about 5m to 500m is generated with the primary storage device 1000 and then the upper end of the foundation concrete 2230 is crushed by using concrete, An inflow pipe 1110 formed in an inverted U-shape inside the primary water storage device 1000 after the water storage device 2000 is installed, a structure constituting an inflow volume control valve 1170 and a bottom discharge pipe 1120 ;

A U-shaped transfer pipe 1130 is coupled to an end of the lower discharge pipe 1120 extending from an end of a lower end of the primary storage device 1000 to the secondary storage device;

A foreign matter cleaning hole 3300 is formed on one side of the U-shaped conveyance pipe 1130;

 A structure of the water supply / discharge pipe / discharge pipe 3310 formed at the lower end of the U-shaped transfer pipe 1130;

A coupling structure of a channel control valve 2300 coupled to the water supply / discharge pipe / discharge pipe 3310 and a water supply pump 2200 for re-pumping power generation water to the primary water storage device 1000;

A structure of a power generation water conveyance pipe 1160 connected to the U-shaped conveyance pipe 1130 at an upper end of the water supply / discharge pipe / discharge pipe 3310;

A structure of an air discharge pipe 1510 formed at an upper end of the power generation water transfer pipe 1160 and an air discharge amount control valve 1500 coupled to the air discharge pipe 1510; The secondary gravity acceleration action container 5260 formed at the end portion of the power generation water conveyance pipe 1160 and the end portion of the secondary gravity acceleration action container 5260 are filled with power generation water, A structure of the secondary discharge pipe 5250 having a size smaller by 1% to 10% than the passage area of the power generation water conveyance pipe 1160 in order to increase gravity acceleration action;

 The structure of the secondary generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250;

A structure constituting the end portion conveying pipe 1190 at a position near the lower end of the lower end of the primary water storage device 1000 and a structure of the end portion conveying pipe 1190 may be provided at one side of the intermediate portion of the power generation water conveying pipe 1160, A structure of the gravity acceleration action generating vessel 5000 having a lower end portion at a lower end and a wider upper end portion and a structure of a gravity acceleration action generating exhaust pipe 3100 formed at a lower end portion of the gravity acceleration action generating vessel 5000 And a primary discharge aberration 3000 installed at the lower end of the discharge pipe 3100 for generating a gravitational acceleration action, and a structure of the primary discharge amount control valve 3200 formed at one side of the discharge pipe 3100 for generating a gravitational acceleration action. The pipe control valve 2300 coupled to the water supply / discharge pipe 3310 in a state where the power generation water is stored in the primary water storage device 1000 formed upstream of the river or the valley, The primary discharge control valve 3200 is closed to discharge the primary power generation water 1100 stored in the primary storage system 1000 to the secondary storage system 2000 to produce electricity The first power generation water 1100 stored in the primary water storage device 1000 is opened by opening 100% of the inflow amount control valve 1170 coupled to the inflow pipe 1110 after closing 80% to 99% Through the lower end discharge pipe 1120, the U-shaped transfer pipe 1130, the power generation water transfer pipe 1160 and the end portion transfer pipe 1190 so that the discharge speed of the discharge water is accelerated by the action of gravity and gravitational acceleration. In order to move the primary power generation water 1100 in the direction of the secondary water storage system 2000, the primary power generation water 1100 is filled in the gravity acceleration operation generation vessel 5000 in a state of 70 to 90% The primary emissions < RTI ID = 0.0 > The inlet pipe 1110, the inflow volume control valve 1170, the lower discharge pipe 1120, the U-shaped transfer pipe 1130, and the power generation pipe 1130 are opened while the valve 3200 is opened to be 100% The air discharge pipe 1510 is connected to the air discharge pipe 1510 formed at the upper end of the power generation water transfer pipe 1160 so that no air is caught in the water transfer pipe 1160 and the end portion transfer pipe 1190. [ The valve 1500 is opened so that the inflow pipe 1110 and the inflow amount control valve 1170 and the lower discharge pipe 1120 and the U-shaped transfer pipe 1130, the power generation water transfer pipe 1160, The primary discharge water control valve 3200 is opened 100% while all the air filled in the pipe 1190 is discharged and the primary power generation water 1100 ) The auger 3000 continuously discharges through the gravity acceleration action generating outlet pipe 3100 to continuously rotate the primary power aberration 3000 formed at the lower end of the gravity acceleration action generating discharge pipe 3100, The amount of the primary power generation water 1100 filled in the water storage device 1000 is consumed until 80-95% of the amount of the primary power generation water 1100 is consumed to produce a large amount of electricity in a required time, In order to re-pump the secondary power generation water 2100 filled in the secondary water storage device 2000 to the primary storage device 1000, the air discharge amount control valve 1500 is opened, The water supply pump 2200 is operated in a state in which the pipe control valve 2300 coupled to the water supply / discharge pipe / discharge pipe 3310 is opened after the water supply pump 1100 and the primary discharge control valve 3200 are closed, Primary The secondary power generation water 2100 pumped to the water storage device 1000 is supplied to the power generation water conveyance pipe 1160 and the power generation water conveyance pipe 1160 formed at the upper ends of the water supply and discharge pipe and discharge pipe 3310 and the water supply and discharge pipe and discharge pipe 3310 The second water storage pipe 2000 and the second water storage pipe 2000 are connected to each other through the secondary gravity acceleration generating container 5260 formed at the upper end of the power generation water transfer pipe 1160 and the secondary discharge pipe 5250, The primary power generation water 2100 is continuously pumped into the primary water storage device 1000 and the secondary power generation water turbine 1180 constructed at the lower end portion of the secondary discharge pipe 5250 is continuously rotated, Electricity is continuously produced until the primary power generation water 1100 is filled in the water storage device 1000 and at the same time when electricity is consumed in a large amount, The secondary power generation water 1100 is supplied to the second By using a gravity action combined with a multistage water storage device installed in a sloping valley or a sloping river to produce electricity continuously in the water storage device 2000, Friendly, environment-friendly power generation method that continuously produces electricity

In order to increase the effect of gravity and gravitational acceleration, it is necessary to change the shape of the vessel to change its shape or to change the way of discharging. It will be understood that all changes in the structure are within the scope of the present invention.

Description of the structure of the power generation aberration is omitted because the technologies used are well known and widely used

[Second Embodiment]

The second embodiment of the present invention is configured as follows.

2 is a cross-sectional perspective view of the eco-friendly environmentally friendly power generation method constructed in accordance with the second embodiment of the present invention

After dredging all the depths of the sloped stream to a depth of 5 ~ 20m, both sides of the stream should be maintained at the bottom of the river to be used for gabbing, masonry, gabion, eco- The first primary concrete 5150 is constructed and then the primary water storage device 7000 is installed in the upper part of the foundation concrete 5150 so as to store a large amount of the primary power generation water 5100 in the upper part of the foundation concrete 5150, In the construction method of pumping water by constructing multi-stage water storage system (7000, 6000)

It is preferable that both of the dams are deeply dredged to a depth of 5 to 20 m with respect to the entire length of an inclined stream, and then the both sides of the river are used by using the gabion, the stone, the Gabion, the ecological restoration, The primary concrete 5150 is constructed on the bottom of the river and the primary water storage device 7000 is configured to store a large amount of primary power generation water 5100 at the upper end of the foundation concrete 5150 rescue;

The foundation concrete 6150 is installed on the bottom of the river bed downstream of the river where the difference in altitude from the primary water storage device 7000 is about 5m to 100m and the secondary water storage device 6000 is installed on the foundation concrete Structure to construct;

Installing a slant discharge pipe (5300) at the lower end of the primary water storage device (7000);

A discharge amount control valve 5900 is formed at an upper end of the inclined discharge pipe 5300;

A rising pipe 5320 in the shape of an inverted U-shape at the lower end of the inclined discharge pipe 5300;

A foreign matter cleaning port 5220 is formed on one side of the lower end of the uprising pipe 5320;

A structure in which a gravitational acceleration action generating vessel 5000 having a wide upper end and a narrow lower end is coupled to an end of the up pipe 5320;

The lower end of the gravitational acceleration action generating vessel 5000 is formed with a discharge pipe 5200 for generating a gravitational acceleration action so as to have a narrow upper end and a wider lower end so that the frictional resistance is small and the gravitational force and gravitational acceleration action are enhanced. Structure;

A structure for constructing a discharge control valve 5800 for controlling the discharge amount of the primary power generation water 5100 at the lower end of the discharge pipe 5200 for generating a gravitational acceleration action;

A structure that constitutes the primary generation aberration 5230 at the lower end of the gravity acceleration action generating exhaust pipe 5200;

A re-supply pipe 5120 is formed between the primary storage device 7000 and the secondary storage device 6000;

A water intake pipe 6300 is formed at the lower end of the retransmission water pipe 5120;

A structure in which a water intake pump 5310 is coupled to an upper portion of the water intake pipe 6300;

As described above, the nature-friendly pumped-water generation system, which is configured to increase the efficiency of gravity and gravitational acceleration by increasing the right angle and the right angle, produces high-efficiency electricity. In the first water storage system 7000, In a state where the power generation water 5100 is filled and the discharge control valve 5800 is closed by 80% to 99%

The discharge control valve 5900 is fully opened and the primary discharge water 5100 stored in the primary storage device 7000 is used to discharge the slope discharge pipe 5300, The discharge control valve 5800 is opened by 100% in the state where the inside of the gravity acceleration action generating vessel 5000 and the inside of the gravity acceleration action generating discharge pipe 5200 are filled, The primary power generation water 5100 is discharged continuously through the gravitational acceleration action generating vessel 5000 and the gravity acceleration action generating exhaust pipe 5200 so that the lower end of the gravity acceleration action generating exhaust pipe 5200 The primary power generation aberration 5230 constituted in the primary power generation apparatus 7000 is continuously rotated and consumed until the amount of the primary power generation water 5100 filled in the primary water storage apparatus 7000 is 80 to 95% A large number of former Which is filled in the secondary water storage device 6000 by using cheap surplus electricity such as nuclear power, which is produced at a required time and then consumes electricity in a short period of time, 6100 to the primary water storage device 7000 and at the same time the secondary gravity acceleration action container 5260 and the secondary discharge pipe 5250 formed at the end of the re- The secondary generating aberration 5130 constituted at the lower end of the secondary power generating unit 5130 is rotated to continuously produce electricity

The primary power generation water 5100 filled in the primary water storage device 7000 is supplied to the primary water storage device 7000 at a required time when the primary power generation water 5100 is filled in the primary water storage device 7000, And a gravity accelerating action combined with a multistage water storage device installed in an inclined valley or a sloping river to discharge electricity into the secondary water storage device 6000 continuously to produce electricity, Friendly environment-friendly power generation method that continuously produces electricity using

The polluted water stored in the water storage device is cleansed cleanly when it drops from a high place to a low place Material molecular impact action, material explosion action and gravitational acceleration action caused by gravity action By the action of the collision of the material molecules with each other, the structure of the water molecules is decomposed to a smaller size.

That is, from the moment when all the substance molecules enter into the water, the logic that the substance molecule eventually turns into a water molecule due to the osmotic action that the water molecule penetrates and decomposes into the substance has already been studied and invented by the present inventor for 30 years It has already been proven long ago.

[Third Embodiment]

Next, a third embodiment of the present invention will be described

3 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with a third embodiment of the present invention.

After forming the foundation concrete 1150 in a sloping valley

After the primary water storage device 1000 is constructed by using concrete or soil on the upper end of the foundation concrete 1150

After dredging the river downstream to the depth of 5 ~ 20m with the difference of altitude of 5m ~ 500m from the primary water storage device 1000, both sides of the river should be combined with gauges, shore blocks, After the secondary foundation concrete 6150 is installed on the bottom of the river after the maintenance using the vegetation block,

In the method for pumped-water power generation by constructing the secondary water storage device 6000 using a structure such as an eco-friendly movable water gate or a winch gate

After forming the foundation concrete 1150 in a sloping valley

After the primary water storage device 1000 is constructed by using concrete or soil on the upper end of the foundation concrete 1150

The downstream region stream having an altitude difference of about 5m to 500m with the primary water storage device 1000 is dredged deeply to a depth of about 5 to 20m and then the both sides of the river are divided into the gabion block, After the secondary foundation concrete 6150 is installed on the bottom of the river after the combined use artificial fish herbicidal vegetation block is installed, an eco-friendly movable water gate serving as the water quality purifier or an eco-friendly movable water gate Structure to constitute the secondary water storage device 6000;

An inflow pipe 1110 formed in an inverted U shape inside the primary storage device 1000 and an inflow volume control valve 1170 connected to the inflow pipe 1110 and a lower end coupled to the inflow pipe 1110, A coupling structure of the exhaust pipe 1120;

A structure of a power generation water discharge pipe 7500 coupled to the lower discharge pipe 1120 so as to be in a horizontal state slightly inclined from a lower end level of the primary water storage device 1000;

The end portion of the power generation water discharge pipe 7500 is formed in a lattice shape;

A structure of a gravitational acceleration action generating vessel 5000 having a wide upper end and a narrow lower end coupled with an end of the power generation water discharge pipe 7500;

A structure of the gravity acceleration action generating pipe 5200 for engaging with the lower end of the gravitational acceleration action generating vessel 5000 such that the upper end is narrow and the lower end is wide and the material friction action and the resistance action are small;

A structure of a discharge control valve 5800 formed at one side of the gravity acceleration action generating discharge pipe 5200;

The structure of the primary power generating aberration 5230 installed at the lower end of the gravity acceleration action generating exhaust pipe 5200

A structure of the refueling pipe 5120 formed between the inside of the secondary water storage device 6000 and the upper end of the primary water storage device 1000;

A water pump 2200 for re-pumping secondary power generation water 6100 filled in the secondary water storage device 6000 to the primary water storage device 1000 is formed at the lower end of the re- ;

A structure of the air discharge pipe 1510 formed at the upper end of the re-supply pipe 5120;

 A structure of an air discharge amount control valve 1500 coupled with the air discharge pipe 1510;

A structure for constructing a secondary gravity acceleration action container 5260 at the upper end of the re-supply pipe 5120;

A secondary discharge pipe 5250 having a narrow upper end and a wide lower end is coupled to an end of the secondary gravity acceleration action container 5260;

 Secondary power generating water 5100 is formed at the lower end of the secondary discharge pipe 5250 and then secondary power generation water 6100 is pumped from the secondary water storage device 6000 to the primary water storage device 1000. [ Which is configured to continuously generate electric power by using the eco-friendly pumped-storage power generation system. In order to generate electric power at a required time when power demand is high, water is stored in the primary water storage device 1000, The lower end discharge pipe 1120 connected to the inflow pipe 1110 is opened by fully opening the inflow amount control valve 1170 while closing the discharge control valve 5800 by 80% to 99% And discharges the primary power generation water 1100 through the horizontal transfer pipe 7500 to separate the internal spaces of the gravity acceleration action generating vessel 5000 and the gravity acceleration action generating exhaust pipe 5200 from the primary power for Which is formed at the lower end of the gravity acceleration action generating vessel 5000 and the gravity acceleration action generating outlet pipe 5200 by opening the discharge amount control valve 5800 at 100% The power generation aberration 5230 is rotated at a high pressure to perform primary power generation until 80% to 95% of the total amount of the primary power generation water 1100 filled in the primary water storage apparatus 1000 is consumed The secondary power generation water 6100 filled in the secondary water storage device 6000 at a time when the post-power demand is low,

Is pumped to the primary water storage device (1000) by using the water supply pump (2200) formed at the lower end of the re-water supply pipe (5120)

The secondary gravity acceleration generating vessel 5260 formed at the upper end of the re-supply pipe 5120 and the secondary generation aber 5130 formed at the lower end of the secondary discharge pipe 5250 are used The electricity generating water discharge pipe 7500, which is installed at a horizontal level somewhat inclined between the lower end level of the primary water storage device 1000 and the upper end of the secondary water storage device 6000, And is pumped up using a hydraulic pressure of a high pressure falling perpendicularly to a high drop through the gravity acceleration action generating vessel 5000 and the gravity acceleration action discharge pipe 5200. [ Friendly gravitational environment-friendly power generation method that continuously produces electricity by using gravity force and gravity acceleration for generating right angle falling power generation facilities.

The shape of the power generation aberration is known in a wide variety of ways, and the structure thereof is not limited.

,∪ ○의 구조로 변경 구성하는 것은 매우 다양하게 변경 구성이 가능하므로 이러한 설계 변경 모두가 본 발명의 권리 범위에 속하는 것은 당연한 것이다.
The structures of the power generation water discharge pipe 7500 and the gravity acceleration action discharge pipe 5200 are indicated by □,

, And ∪ ○, it is natural that all of these design changes belong to the scope of the present invention, since it is possible to make various changes and configurations.

[Fourth Embodiment]

Next, a fourth embodiment of the present invention will be described

4 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with a fourth embodiment of the present invention.

After forming the foundation concrete 1150 in a sloping valley

The primary water storage device 1000 is constructed by using concrete or soil on the upper end of the foundation concrete 1150

A downstream region where an altitude difference of about 5m to 500m is generated with the primary water storage device 1000

A secondary water storage unit 9000 configured to store the primary water for power generation 1100 flowing into the primary water storage unit 1000 is installed by installing a secondary water storage block 8000 in a rice field or a field shape, ≪ / RTI >

 An inflow pipe 1110 formed in an inverted U shape inside the primary storage device 1000 and an inflow volume control valve 1170 connected to the inflow pipe 1110 and a lower end coupled to the inflow pipe 1110, A coupling structure of the exhaust pipe 1120;

A structure of a gravitational acceleration action generating vessel 5000 coupled with the lower discharge pipe 1120;

A structure of a gravity acceleration action generating exhaust pipe 3100 coupled with a lower end of the gravitational acceleration action generating vessel 5000;

The structure of the primary generation aberration 3000 installed at the lower end of the discharge pipe 3100 for generating a gravitational acceleration action

The structure of the refueling pipe 5120 formed between the inside of the secondary water storage device 9000 and the upper end of the primary water storage device 1000;

A water pump 2200 for re-pumping secondary power generation water 8100 filled in the secondary water storage device 9000 to the primary water storage device 1000 is formed at the lower end of the re- ;

A secondary discharge pipe 5250 connected to the secondary gravity acceleration action container 5260 at the upper end of the re-supply pipe 5120;

 The secondary exhaust pipe 5250 is configured to generate electricity by using the secondary power generation water 8100 constituting the secondary power generation auger 5130 and re-pumping it to the secondary water storage device 9000 In order to produce electricity at a necessary time with a large demand for electric power by using the environmentally friendly pumped-water generation system, the discharge control valve 5800 is connected to the first water storage device The first power generation water 1100 is discharged through the lower end discharge pipe 1120 coupled with the inflow pipe 1110 by opening the inflow amount control valve 1170 in a state where about 95% The discharge control valve 5800 is opened 100% in a state where the internal space of the gravity acceleration action generating vessel 5000 and the discharge pipe 3100 for generating gravitational acceleration is filled with the primary power generation water 1100The total amount of the primary power generation water 1100 filled in the primary water storage device 1000 using the primary power generation aberration 3000 formed at the lower end of the gravity acceleration action discharge pipe 3100 Which is filled in the secondary water storage device 9000 at a time when electricity demand is low, after discharging 80% ~ 95% of the water in the secondary water storage device 9000 to the inside of the secondary water storage device 9000, (8100) to the primary water storage device (1000) by using the water supply pump (2200) formed at the lower end of the re-water supply pipe (5120)

The secondary generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250 coupled with the secondary gravity acceleration action container 5260 formed at the upper end of the re-supply pipe 5120 The system is designed to produce secondary electricity by using the environmentally friendly pumped storage power generation system. In order to continuously produce cheap electricity at low power demand, The present invention proposes a natural-friendly environmentally friendly power generation method that is capable of generating highly efficient electricity by purifying polluted water by generating gravity acceleration action.

[Fifth Embodiment]

Next, the fifth embodiment of the present invention will be described.

5 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with a fifth embodiment of the present invention.

After forming the foundation concrete 1150 in a sloping valley

An inflow pipe 1110 and a lower end discharge pipe 1120 coupled to the inflow amount control valve 1170 are installed at the upper end of the foundation concrete 1150 and the upper end of the lower end discharge pipe 1120 is filled with concrete or gravel A structure constituted by the primary water storage device 1000;

A structure of a U-shaped transfer pipe 1130 and a power generation water transfer pipe 1160 coupled with the lower discharge pipe 1120;

A structure of a foreign substance removing cleaning hole 1301 formed at a lower end of the U-shaped transfer pipe 1130;

A structure in which a regeneration water pipe 5120 is formed in an upper end portion of the power generation water conveying pipe 1160 in a lattice shape;

A primary gravity acceleration action container 5260 having a wide upper end and a narrow lower end is formed at an end of the re-supply pipe 5120;

 A secondary discharge pipe 5250 having a narrow upper end and a wider lower end is formed at the lower end of the primary gravity acceleration action container 5260;

 A structure that constitutes the secondary generation aberration 1780 at the lower end of the secondary discharge pipe 5250;

A structure of a water intake pipe 1303 inserted into a dam or a sea located in a downstream area where an altitude difference of about 5m to 500m is generated with the primary water storage device 1000 and coupled with a lower end of the power generation water transfer pipe 1160;

A structure of a water intake pump 1306 connected to the pipe 1303;

A structure of the water intake control valve 1302 connected to the water intake pipe 1303;

A structure of the end portion conveying pipe 1190 formed at one side of the power generation water conveying pipe 1160 and connected to the end portion discharge amount regulating valve 1191 at a position similar to the lowest lowest conveying position of the lower end of the primary water storage device 1000 ;

A structure in which a gravitational acceleration action generating vessel 5000 having a wide upper end and a narrow lower end is coupled with the end portion conveying pipe 1190;

A structure of the gravity acceleration action generating container 5000 having a narrow upper part and a wide truncated lower part at the lower end of the gravity acceleration action generating container 5000;

A structure of a primary emission control valve 3200 formed at one side of the gravity acceleration action generating exhaust pipe 3100;

And the structure of the primary power generating aberration 3000 formed at the lower end of the gravity acceleration action generating outlet pipe 3100 is used to generate electric power, And a water intake pump 1306 connected to the water intake pipe 1303, which is inserted into the sea at a time when electric power demand is low, in a state in which the water discharge amount control valve 1191 and the inflow volume control valve 1170 are closed

Fresh water or seawater is pumped to the end of the re-sending pipe 5120 and is pumped to the primary water storage device 1000 and the primary gravity acceleration effect generated at the end of the re- Electricity is produced by using the secondary power generation aber 1180 formed at the lower end of the container 5260 and the lower end of the secondary discharge pipe 5250 and at the same time,

The flow rate regulating valve 1170 and the end discharge rate regulating valve 1191 are opened at an arbitrary time at which power demand is high and the first discharge amount regulating valve 3200 and the water withdrawing flow regulating valve 1302 are 80% to 99% The U-shaped transfer pipe 1130 and the power generation water transfer pipe 1160 are connected to the lower discharge pipe 1120 by using fresh water or seawater filled in the primary water storage device 1000, The end discharge pipe 1190 and the gravitational acceleration action generating vessel 5000 are fully opened and the primary discharge control valve 3200 is fully opened and the gravity acceleration action generating vessel 5000 and the gravity The power generation system is horizontally moved and rotated perpendicularly so as to continuously rotate the primary power generation aberration 3000 formed at the lower end of the acceleration action generating discharge pipe 3100, Under is at the same time and nature-friendly Sikkim purification clean contaminated water by generating an action and gravitational acceleration action of gravity, characterized by Eco positive power system presents a natural eco-friendly and environmentally responsible development method is provided to generate electricity with high efficiency.

[Sixth Embodiment]

Next, the sixth embodiment of the present invention will be described.

6 is a cross-sectional perspective view of the eco-friendly environmentally friendly power generation method constructed in accordance with the sixth embodiment of the present invention.

A structure of a multistage low-storage tank 1600 configured to store water in a high-lying field, rice field or mountain valley;

A structure of an end portion conveying pipe 1190 configured in a lowered lowered position and a lower inclined shape of the lower stage lower tank 1600;

A coupling structure of an end portion discharge control valve 1191 coupled with the end portion conveying pipe 1190;

A structure of the gravity acceleration action generating vessel 5000 having a wide upper portion and a narrower lower end portion at the lower end of the end portion conveying pipe 1190;

A joint height of the gravity acceleration action generating container 5000 is formed at the lower end of the gravity acceleration action generating vessel 5000 in a narrow shape at the upper part and a wide shape at the lower part;

A structure of the primary auger 3000 configured at the lower end of the gravity acceleration action generating exhaust pipe 5200;

A structure of a re-feed pipe 5120 connected to the sea or a river, or a dam or a reservoir, and the upper end of the multi-stage low water storage tank 1600;

 The structure of the feedwater pump 2200 formed at the lower end of the re-feed pipe 5120;

A secondary exhaust pipe 5250 having a narrow upper portion and a wide lower end is formed at the lower end of the secondary gravity acceleration action container 5260 having a wide upper portion and a narrower lower end portion at the end portion of the re- And a secondary power generation turbine 5130 is formed at the lower end of the secondary discharge pipe 5250. [ Stage low water storage tank 1600 by using the primary generation water turbine 3000 stored in the multi-stage low water storage tank 1600 at a time when power demand is high by using all of the power generation water stored in the multi- And the electric power demand is discharged in a short time to operate the water supply pump 2200 coupled to the re-water supply pipe 5120 into the empty multi-stage water storage tank 1600, Which is formed at the lower end of the secondary discharge pipe 5250, through the secondary gravity acceleration action container 5260 and the secondary discharge pipe 5250 formed at the end of the secondary discharge pipe 5220, And generates electricity by the gravity action and the gravity acceleration generating effect by using the power generation aberration 5130. [ We propose eco-friendly power generation method.

The structure of the multistage low-pressure storage tank 1600 constructed in accordance with the sixth embodiment of the present invention can be changed in any way without changing the shape or form thereof, so that such a design change naturally belongs to the scope of the present invention It is natural.

[Seventh Embodiment]

Next, the seventh embodiment of the present invention will be described.

7 is a cross-sectional perspective view of the eco-friendly environmentally friendly power generation method constructed in accordance with the seventh embodiment of the present invention.

A structure for constructing the primary water storage device 1000 using concrete or sand and stones in mountain valleys;

The second water storage device 2000 is installed in the downstream area where an altitude difference of about 5m to 500m is generated with the primary water storage device 1000 by using concrete or sandstone and soil, A bottom outlet pipe (1120);

A structure that constitutes an inflow amount control valve 7520 at one side of the lower discharge pipe 1120;

A structure in which a power generation water transfer pipe 7500 is connected between the lower discharge pipe 1120 and the secondary water storage device 2000;

When primary power generation water 1100 stored in the primary water storage device 1000 is discharged to the end of the power generation water conveyance pipe 7500, the primary power generation water 1100 is generated by gravity action and gravity acceleration action, The height of the right-angled riser pipe 5880 is set at a minimum value to be stored in the primary water storage device 1000 so as to flow from a high place to a low place according to a primary gravity average water level 10000, A structure having a height comparable to that of the lower one;

In order to accelerate the action of the gravity acceleration of the primary power generation water 1100 filled in the gravity acceleration action generating vessel 5000 at the lower end of the right angle rising pipe 5880 to increase the power generation efficiency, A structure in which a gravitational acceleration action generating vessel 5000 is configured;

A structure having a narrow upper portion at the lower end of the gravitational acceleration action generating vessel 5000 and a lower end coupled to the discharge pipe 3100 for generating a gravitational acceleration action in a wide form so as to minimize the frictional action of the falling power generating water;

A structure for coupling a discharge amount control valve 5800 to one side of the gravity acceleration action generating discharge pipe 3100;

A structure constituting the primary generation aberration 3000 is formed at the lower end of the discharge pipe for generating gravitational acceleration effect 3100;

A structure for constructing a transverse conveyor belt 2900 for conveying a piece of metal or a heavy material such as sand, gravel or earth to the lower end of the primary auger 3000;

The gravitational acceleration action generating vessel 5000 is moved to the upper part of one side of the gravitational acceleration action generating vessel 5000 by conveying a heavy material such as sand, gravel or earth to be conveyed from the transverse conveyor belt 2900, To the inside of the conveyor belt 2800;

The lowest water level of the secondary power generation water 6100 stored in the secondary water storage system 2000

And the height of the water supply pipe 5120 is set to be high so as to flow naturally by the action of gravity to a position equal to or higher than the maximum water level of the primary power generation water 1100 stored in the primary water storage device 1000 rescue;

A structure of the feedwater pump 2200 formed at one side of the re-feed pipe 5120;

A structure of the secondary gravity acceleration action container 5260 having an upper portion at the upper end of the re-sending pipe 5120 and a narrower lower end portion;

The connection of the secondary storage container 1000 is started from the lower end of the secondary gravity acceleration action container 5260 and connected to the secondary storage device 1000 in accordance with a curved or inclined natural terrain, The structure of the secondary power generation water conveyance pipe 5318 connected to the upper end portion according to natural topography;

The structure of the secondary discharge pipe 5250, which is narrow at the upper end portion of the secondary power generation water transfer pipe 5318 and has a wide shape at the lower end portion, and a structure of the secondary generation aberration (at the lower end portion of the secondary discharge pipe 5250) 5130); The flow rate control valve 7520 is fully opened with 80% to 99% of the discharge control valve 5800 being closed at a time when power demand is high and the lower discharge pipe 1120 and the power generation water The discharge control valve 5800 is opened 100% in the state where the transfer pipe 7500 and the interior of the gravity acceleration action generating vessel 5000 are filled with the first power generation water 1100, The primary power generation water turbine 3000 disposed at the lower end of the discharge pipe 3100 is operated by the primary power generation water 1100 discharged at a high pressure due to the action of gravity generated by the high-

The amount of 80% to 95% of the total amount of the primary power generation water 1100 filled in the primary water storage apparatus 1000 is discharged to the inside of the secondary water storage apparatus 2000 to perform primary power generation At the same time, a heavy material such as a piece of metal, sand, gravel, or soil, which is fed from the transverse conveyor belt 2900 and the elevated conveyor belt 2800, is fed into the gravitational acceleration action generating vessel 5000, The primary power generation water turbine 3000 is continuously mixed with the primary power generation water 1100 supplied from the primary water storage device 1000 and the primary power generation water turbine 3000 constructed at the lower end of the discharge pipe for generating gravity acceleration 3100 The secondary power generation apparatus 200 generates electricity using the high pressure generated by the acceleration action of the gravity generated by the dropping, The water 6100 is transferred to the primary water storage device 1000 by using the water supply pump 2200 and the re-water supply pipe 5120 and the re-water supply pipe 5120 and the secondary discharge pipe 5250 When the total storage amount of the secondary power generation water 6100 stored in the secondary water storage device 2000 is consumed to about 80% to 95% by using the secondary power generation aberration 5130 formed at the lower end of the secondary power generation water tank 5100 To generate electricity by gravity and gravitational acceleration. The gravity action and the gravity acceleration are generated by the use of a right angle falling power generation facility. Environment-friendly power generation method that continuously produces electricity.

According to the seventh embodiment of the present invention, a heavy liquid such as mercury such as mercury or a heavy metal such as sand or gravel or soil or cracks or concrete fragments having high specific gravity is injected into the gravitational acceleration action generating vessel through the conveyor belt, The method of enhancing the effect of the accelerating action can be variously modified by the person skilled in the art.

Further, it is possible to change the configuration of the conveyor belt or change the configuration of the conveyor belt as long as the contractor can change the configuration.

In addition, it is also possible to construct a helical projection formed in the gun inside the discharge pipe for generating the gravitational acceleration action to increase the action of gravitational acceleration to generate electricity.

The transverse conveying belt may be configured to contain a heavy material such as liquid or metal fragments such as high specific gravity falling from the discharge pipe for gravitational acceleration action or sand or gravel or soil or cracks or concrete fragments Depending on the generation method, it can be installed underwater or installed on the ground.

Also, the structural form of the raised conveyor belt can be configured to contain heavy materials such as liquid or metal pieces such as mercury with a high specific gravity, sand or gravel or soil or cracks or concrete slabs.

[Eighth Embodiment]

Next, an eighth embodiment of the present invention will be described.

8 is a cross-sectional perspective view of the eco-friendly environmentally friendly power generation method constructed in accordance with the eighth embodiment of the present invention.

The structure of the primary water storage device 1800 configured to store the primary power generation water 1700 on top of the high rise building;

A structure of a right-angle drop connecting pipe 1701 connected to a river, a river or a beach in the primary water storage device 1800;

Even when the water level of the primary power generation water 1700 stored in the primary water storage system 1800 reaches the minimum water level, the water level of the primary power 1900 becomes a horizontal primary gravity average water level 1900 due to the action of gravity, A structure in which the height of the right-angled riser pipe 1703 is lower than the lowest level of the lower end of the primary water storage device 1800;

A structure in which a gravity acceleration action generating vessel 5000 having a wide upper end and a narrow lower end is coupled with the upper end of the right angle rising pipe 1703;

An engagement structure of a gravity acceleration action generating outlet pipe 5200 having a narrow upper end and a wide lower end at the lower end of the gravity acceleration action generating vessel 5000;

A structure in which a discharge amount control valve 5800 is coupled to one side of the gravity acceleration action generating discharge pipe 5200;

A structure of the primary auger 3000 configured at the lower end of the gravity acceleration action generating exhaust pipe 5200;

When pumping second generation water (6100) stored in a river or a river or a dam or the sea

The secondary gravity average water level 1908 formed by the action of gravity that naturally occurs up to a position above the maximum water level of the primary power generation water 1700 stored in the primary water storage device 1800, A structure in which the height of the water supply pipe 5120 is naturally set to flow in the direction of the primary water storage device 1800 by naturally accelerating action of gravity generated while flowing naturally from a high place to a low place;

A structure of the feedwater pump 2200 formed at one side of the re-feed pipe 5120;

A structure in which a secondary gravity acceleration action container 5260 having a wide upper portion and a narrower lower end portion is coupled to a lower end portion of the end portion of the re-supply pipe 5120;

The secondary power generation water pumped from the water feed pump 2200 coupled to the re-water feed pipe 5120 into the re-water feed pipe 5120 and the secondary gravity acceleration action container 5290 is supplied to the primary (1900) above the gravity mean level (1900) by the action of gravity flowing from high to low natural movement of the natural movement of the primary storage device to be moved to the natural ground and natural terrain A connection structure of the water supply pipe 5120;

A structure of the secondary gravity acceleration action container 5260 having a wide upper end and a narrow end at the lower end of the re-supply pipe 5120;

The structure of the secondary discharge pipe 5250 having a narrow upper end and a wider lower end at the lower end of the secondary gravity acceleration action container 5260

The gravity acceleration generated at the time of right angle drop from the primary water storage device 1800 located at a high place to generate electricity using the secondary generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250, The discharge amount control valve 5800 formed at the lower end of the gravity acceleration action discharge pipe 5200 is rotated by about 80% to 99% or so to generate a pumped water by using a high pressure hydraulic force discharged in a right- The inflow amount control valve 1706 connected to the primary water storage device 1800 is fully opened to close the right angle drop connection pipe 1701, the right angle up pipe 1703, The discharge control valve 5800 is opened 100% in a state in which the inside of the exhaust pipe 5000 and the exhaust pipe 5200 for generating a gravitational acceleration action are all filled with the primary power generation water 1700 The primary generation aberration 3000 formed at the lower end of the discharge pipe 5200 for generating a gravitational acceleration action is moved by the action of gravity generated by the high lift and the primary power generated by the action of gravity acceleration (1700) to rivers, reservoirs or dams or the sea to generate secondary power (6100) filled in rivers, reservoirs or dams or in the sea at nighttime or at the time when power demand is low, The water is pumped to the primary water storage device 1800 by using the pump 2200 and the re-water supply pipe 5120

The second electricity generation aberration 5130 formed at the lower end of the secondary water discharge pipe 5250 and the second water discharge pipe 5220 and the second water discharge pipe 5250 are used to produce the secondary electricity Wherein the gravity action and the gravity acceleration action are generated by using the right angle falling power generation facility and the right angle drop power generation facility is used for pumped power generation. Friendly environment-friendly power generation method that continuously produces

[Ninth Embodiment]

Next, the ninth embodiment of the present invention will be described.

9 is a cross-sectional perspective view of a naturally environmentally friendly environmentally friendly power generation method constructed in accordance with a ninth embodiment of the present invention.

A hydraulic augmentation material 5500 consisting of a liquid material such as heavy chemical agent or heavier mercury or a small metal powder or sand or gravel or crushed concrete fragments or crushed concrete fragments or heavy ceramics The structure of the storage container 3388 for housing the storage container 3388;

A structure for constructing the power generating aberration 3000 on the upper portion of the storage container 3388;

 A gravitational acceleration action generating vessel 5000 having a wide upper part and a narrower lower part and a discharge pipe 3100 for generating a gravitational acceleration action having a narrow upper part and a wide lower part, Structure;

A structure in which a discharge amount control valve 5800 for controlling discharge amount and discharge speed of the rotating aural generating material 5500 is formed at one side of the gravity acceleration action discharge pipe 3100;

A structure in which a transverse conveyor belt 2900 for conveying the power generation airstream rotating materials 5500 stacked inside the storage container 3388 is constructed;

A structure of a transfer pump 3380 for pumping the generated aberration rotating substances 5500 transferred from the transverse conveying belt 2900 to the interior of the gravitational acceleration action generating vessel 5000;

And a structure of a rising pipe 3390 for transferring the power generation airstream rotating materials 5500 pumped by the feed pump 3380 to the interior of the gravitational acceleration action generating vessel 5000. In order to continuously generate electricity, In a state in which the passage of the gravity acceleration action generating exhaust pipe 3100 is closed by using the discharge amount control valve 5800 coupled with the gravity acceleration action discharge pipe 3100

The power generation airstream rotating materials 5500 filled in the storage container 3388 are transferred to the gravity acceleration action generating container 5500 using the horizontal transfer conveyor belt 2900, the transfer pump 3380, (5000) is filled, and then the discharge control valve (5800), which is closed, is opened and the weighted gravity of the power generation airstream rotating materials (5500) acting in a weighted manner according to the action of gravity and the action of gravity acceleration The present invention relates to a method and apparatus for generating electricity by continuously generating electric power by using gravity action and gravitational acceleration action for generating gravity acceleration action, present.

It is very easy to modify and construct the storage container applied to the ninth embodiment of the present invention

[Tenth Embodiment]

Next, a tenth embodiment of the present invention will be described.

10 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with the tenth embodiment of the present invention.

A water storage device 6000 constituted by blocking the water flowing in mountain valleys or rivers by using a water gate or a winch gate

The horizontal type feed water channel 8900 is formed to have a length of about 50m to 5000m so as to discharge the water flowing into the water storage device 6000 to a low place and to generate electricity and then stored in the water storage device 6000 The gravity acceleration effect is generated at the end portion of the horizontal conveying passage 8900 so that the height of the power generation water is about 5m to 500m. However, in order to prevent the action of gravity attraction, the upper part is narrow and the lower part is wide, The vertical aqueduct water channel 8700 is installed at a vertical length of 5 m to 500 m, and then the auger 3000 is installed at the end of the aquaduct vertical water channel 8700 to generate electricity. Friendly environment-friendly power generation method that continuously produces electricity using a right angle falling power generation facility for accelerating action

[Eleventh Embodiment]

Next, an eleventh embodiment of the present invention will be described.

11 is a cross-sectional perspective view of a naturally environmentally friendly environmentally friendly power generation method constructed in accordance with an eleventh embodiment of the present invention.

It is made of fresh water, seawater, heavy liquid chemicals such as heavy chemicals, heavy liquid mercury such as heavy mercury, small sized metal balls or sand or gravel, crushed concrete fragments, crushed concrete fragments or heavy ceramics. The structure of the storage container 3388 for housing the rotating materials 5500;

A structure for constructing the power generating aberration 3000 on the upper portion of the storage container 3388;

 A gravitational acceleration action generating vessel 5008 having a wide upper portion and a narrow lower portion and a plurality of generating aids rotating material discharge ports 5009 at the lower end portion of the gravity acceleration action generating vessel 5008, ≪ / RTI >

A structure in which a plurality of gravity acceleration action generating exhaust pipes 3100 are coupled to the lower end of the aeration auger rotary material discharge port 5009, the upper portion of which is narrow and the lower portion thereof is wide;

A structure in which a discharge amount control valve 5800 for controlling discharge amount and discharge speed of the rotating aural generating material 5500 is formed at one side of the gravity acceleration action discharge pipe 3100;

A structure in which a transverse conveyor belt 2900 for conveying the power generation airstream rotating materials 5500 stacked inside the storage container 3388 is constructed;

A structure of a transfer pump 3380 for pumping the power generation airstream rotating materials 5500 transferred from the transverse conveying belt 2900 into the gravitational acceleration action generating vessel 5008;

A structure of a riser pipe 3390 for transferring the power generation airstream rotating materials 5500 pumped by the feed pump 3380 into the interior of the gravitational acceleration action generating vessel 5008;

In order to prevent the gravitational acceleration action from occurring at the end of the uprising pipe 3390, the exhaust pipe 3108 is connected to the lower end of the narrow pipe in a wide trumpet shape The discharging amount control valve 5800 coupled to the discharging pipe 3100 for generating a gravitational acceleration action is controlled so that the discharging pipe 3100 is closed in a state in which the passage of the discharging pipe 3100 for generating a gravitational acceleration action is closed And the generated aberration rotating materials 5500 are discharged from the transfer conveying belt 2900 and the transfer pump 3380 by using the lift pipe 3390 and the discharge water circulation material outlet 5009, Is pumped to fill the inside of the action generating vessel 5008, and is closed at the same time as continuously pumping the power generation airstream rotating materials 5500 Is electricity by rotating the power generation aberration (3000) by the force of the weight of gravity of the power aberration rotation material (5500) that acts is weighted according to the function and the acceleration of gravity action of gravity to open the discharge control valve 5800

And continuously generates and naturally flows through the continuous repetitive operation of transferring and circulating the power generation airstream rotating materials 5500 to the conveying pump 3380 by using the transverse conveying belt 2900 at the same time And the electric power is continuously produced by continuously rotating the electric aberration 3000 using the gravity action and the gravitational acceleration action. The gravity action and the gravity acceleration action are used to generate electric power continuously Friendly, environmentally-friendly power generation method.

In the eleventh embodiment of the present invention, one horizontal transfer conveyor belt 2900, a transfer pump 3380 and a riser pipe 3390 are exemplified. However, since the numbers can be changed as needed, It is to be understood that all of the modifications fall within the scope of the present invention.

[Twelfth Embodiment]

Next, a twelfth embodiment of the present invention will be described.

12 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with the twelfth embodiment of the present invention.

It is made of fresh water, seawater, heavy liquid chemicals such as heavy chemicals, heavy liquid mercury such as heavy mercury, small sized metal balls or sand or gravel, crushed concrete fragments, crushed concrete fragments or heavy ceramics. The structure of the storage container 3388 for housing the rotating materials 5500;

A structure in which a transverse conveyor belt 2900 for conveying the power generation airstream rotating materials 5500 stacked inside the storage container 3388 is constructed;

A structure of the transfer pump 3380 for pumping the power generation airstream rotating materials 5500 transferred from the transverse conveying belt 2900 upward;

A lift pipe (3390) structure for feeding the power generation airstream rotating materials (5500) to an upper portion of the feed pump (3380);

The upper portion is narrow and the lower end is formed in a wide trumpet shape so as to increase gravity action and gravity acceleration action while preventing the action of gravity attraction on the end portion of the rising pipe 3390, A structure in which the first and second electrodes are combined;

The discharge pump 5800 is closed and the transfer pump 3380 is operated using the structure in which the discharge amount control valve 5800 is formed at one side of the development aquatic rotational material discharge port 3188, The power generation airstream rotating materials 5500 stacked in the inside of the power generating aberration rotating material discharge port 3388 are filled in the inside of the upflow pipe 3390 and the power generating airstream rotating material discharge port 3188, The aeration control valve 5800 is opened and the power generation airstream rotating and discharged through the upflow pipe 3390 and the power generation airstream rotating material discharge port 3188 is continuously rotated while pumping the power generation airstream rotating materials 5500 continuously, The power generation airstream rotating material 5500 that has been continuously transferred to the feed pump 3380 by using the transverse conveying belt 2900 while continuously producing electricity using the materials 5500, And the electric power is continuously produced by continuously rotating the power generating aberration 3000 using gravity acceleration action and gravity acceleration action naturally generated through successive repetitive operations of pumping Friendly environment-friendly power generation method that continuously produces electricity using a right angle falling power generation facility for gravity acceleration action.

[Thirteenth Embodiment]

Next, the thirteenth embodiment of the present invention will be described.

13 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with the thirteenth embodiment of the present invention.

A process of dredging the bottom deeper into the deeper depth than the bottom surface line (2580) of the existing water reservoir or existing sugar reservoir (1800) in the reservoir;

Forming a middle reservoir 8350 at an intermediate portion of a reservoir device or a dam or a reservoir 1800 constructed using a hydrological gate to form a reservoir space 1199 and a reservoir reservoir 1188;

And connecting water pipes (1958, 1959) to the one side and the other side of the intermediate granule (8350) in the shape of an inverted U shape;

A structure in which an amphibious pump 1955 configured to be pumped to the upper side of the intake pipes 1958 and 1959 by being pumped in one direction or being pumped in the other direction is combined;

Closing valves 1962 and 1963 at one side and the other side of the intake pipes 1958 and 1959;

In order to generate gravity action and gravitational acceleration action on one side and the other side of the intake pipes (1958, 1959), the upper part is narrowed and the lower part is made to fall perpendicularly into a wide trumpet shape Forming exhaust pipes (1956, 1957);

A structure in which exhaust control valves (1960, 1961) are disposed on top of the gravity acceleration action generating exhaust pipes (1956, 1957);

The gravity-accelerating discharge pipe (1956, 1957) is connected to the discharge pipe (1956, 1957) for generating electricity, and a generator (3000) The discharge control valve 1960 and the opening and closing valve 1963 constituting the upper end of the pipe 1956 are closed and the water intake pipe 1958 and the discharge pipe 1957 for generating the gravitational acceleration action, The pump 1955 is used to pump about 80% to 95% of the total amount of the power generation water stored in the one water storage space 1199 to the other water storage space 1188 so that the lower end of the discharge pipe 1957 for generating gravity acceleration action The discharge control valve 1960 and the open / close valve 1963, which are closed after the electricity is generated by continuously rotating the water pump 3000, The power generation water stored in the other side water storage space 1188 is supplied to the water intake pipe 1959 and the gravity acceleration operation effected in the state where the control valve 1961 and the opening and closing valve 1962 are closed, By pumping 80% to 95% of the total amount of the power generation water stored in the other side water storage space 1188 to the one side water storage space 1199 by using the discharge pipe 1956 and the pumping water pump 1955, (20000), which is a natural-friendly eco-friendly pumped-water generation system (20000) for continuously generating electricity by continuously rotating the auger (3000) constituted at the lower end of the generation discharge pipe (1956) We propose a environment-friendly environmentally friendly power generation method that continuously produces electricity by using right angle falling power generation facilities.

The pumped-storage power generation system constructed in accordance with the thirteenth embodiment of the present invention can be installed in the sea to produce electricity, or electric power can be produced by deeply dredging the inside of the existing watercourse.

All such design changes are within the scope of the present invention.

[Embodiment 14]

Next, the fourteenth embodiment of the present invention will be described.

14 is a cross-sectional perspective view of a naturally environmentally friendly environmentally friendly power generation method constructed in accordance with the fourteenth embodiment of the present invention.

A structure of a primary water storage device 7000 constructed by using a water gate in a river or a river;

A structure of the C-shaped river water inlet 1118 formed at the lower end of the primary water storage device 7000;

A structure of an inflow volume control valve 1170 coupled with the stream water inlet 1118;

A structure of a blocking net 888 blocking foreign matter flowing into the river water inlet 1118 and the inflow volume control valve 1170;

A structure of a descending pipe 580 configured such that the river water falls down at the end of the river water inlet 1118 according to the stream topography;

A structure of a rising pipe 5858 connected to the falling pipe 580 to move the falling river water upward;

A structure of the discharge port 3108 which is inclined at the end of the 慣 -shaped pipe transversely moved at the end of the uprising pipe 5858, the upper portion of which is narrow and the lower end thereof is of a trumpet type;

The structure of the secondary water storage device 6000 constructed at the downstream portion of the height difference of 3m to 100m from the primary water storage device 7000;

A storage structure of the aeration aberration chamber 591 coupled to the auger 3000 at a deeper position of about 1 m to about 50 m from the inner bottom 590 of the secondary water storage device 6000;

A structure of a river water outlet 592 formed downstream of the power generating aquaria manipulator 591;

A structure of the power generation aberration operation room 591 and a discharge pipe 3100 for generating a gravitational acceleration action formed on the power generation aberration 3000;

A structure of the gravity acceleration action generating vessel 5000 having an upper part and a lower part at the upper part of the discharge pipe 3100 for generating a gravitational acceleration action;

A structure of a discharge control valve 5800 formed at one side of the gravity acceleration action generating discharge pipe 3100;

A structure of the re-feed pipe 5120 starting from the bottom of the bed of the secondary water storage device 6000 and configured in a L-shaped form;

A structure of the feedwater pump 2200 formed at one side of the re-feed pipe 5120;

A structure of a secondary gravity acceleration action container 5260 formed at an end of the re-supply pipe 5120;

A structure of the secondary discharge pipe 5250 coupled with the secondary gravitational acceleration action container 5260;

The inflow amount control valve 1170 constituted in the primary water storage device 7000 having the structure of the secondary power generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250 is closed, After the first power generation water 1100 is filled in the device 7000 and the discharge amount control valve 5800 is closed, the flow amount control valve 1170 is opened to open the discharge port of the gravity acceleration action generating vessel 5000 The primary power generation water 1100 is stored in the primary water storage system 7000 by rotating the power generation water turbine 3000 by opening the discharge amount control valve 5800. [ The electricity is produced until 80% to 95% of the electricity is consumed, and then the secondary power generation water 6100, which is stored in the secondary water storage device 6000, To the inside of the primary water storage device 7000 Characterized in that the secondary power generation auger (5130) is pumped to produce primary electricity by pumping the secondary power generated by the secondary power generation pump We propose a environment-friendly eco-friendly power generation method that continuously produces electricity using a falling power generation facility.

[Embodiment 15]

Next, a fifteenth embodiment of the present invention will be described.

15 is a cross-sectional perspective view of a naturally environmentally friendly eco-friendly power generation method constructed in accordance with the fourteenth embodiment of the present invention.

The power generating aberration rotating materials configured to hit and rotate the power generating aberration applied to each of the embodiments of the present invention can be modified by using water, sea water, heavy metals, metal balls, or chemical agents such as minerals or mercury It does not limit which materials are specified.

In addition, the shape of the conveyor belt for the horizontal transfer and the shape of the transfer pump are variously known, and the shape and the shape thereof are not limited

In addition, the shape of the power generation aberration applied to each claim is not limited in its shape because it can be modified in various ways.

Also, since the falling speed of dropping the material in accordance with the rotational speed of the power generating auger to rotate the power generating aberration can be arbitrarily adjusted, it is natural that all of these design changes belong to the scope of the present invention

In addition, since the power generating aids can be generated by mixing the rotating materials and the water at a certain ratio, it is natural that all of these design changes belong to the scope of the present invention

The present invention abandons most of the rainwater generated in large quantities around the world.

In detail, it is a technology configured to produce highly efficient electricity by using a gravity generator and a gravity acceleration generator, which are provided to produce highly efficient electricity of abandoned rainwater.

It is necessary to dredge the whole length of the stream which is composed on average on average and to dredge it about 5 ~ 20m deep. Then, it is necessary to arrange the multistage water storage device such as reservoir or dam step by step so that most of the rainwater Friendly pumped power generation system is constructed in a river or mountain valley and then power generation is carried out during the day with a lot of electric power and continuous power is pumped to the upper water storage device by using an inexpensive thermal power or nuclear electricity at night when the electric power demand is low, Since the step-by-step water reservoir is filled up and the electricity generated during the day is re-pumped to the upper part continuously to produce the cheap eco-friendly electricity in large quantities, the electricity can be self-sufficient without relying on oil. Contribution as well as industrial use is very critical .

1000: Primary water storage device
2000: Secondary water storage device

Claims (19)

In the method of pumped-water power generation by using the water storage device constituted by blocking the mountain valleys
After forming the foundation concrete 1150 in a sloping valley
A structure that constitutes the primary water storage device 1000 by using concrete or sand and stones at the upper end of the foundation concrete 1150;
A secondary foundation concrete 2230 is installed in a downstream area where an altitude difference of about 5m to 500m is generated with the primary storage device 1000 and then the upper end of the foundation concrete 2230 is crushed by using concrete, An inflow pipe 1110 formed in an inverted U-shape inside the primary water storage device 1000 after the water storage device 2000 is installed, a structure constituting an inflow volume control valve 1170 and a bottom discharge pipe 1120 ;
A U-shaped transfer pipe 1130 is coupled to an end of the lower discharge pipe 1120 extending from an end of a lower end of the primary storage device 1000 to the secondary storage device;
A foreign matter cleaning hole 3300 is formed on one side of the U-shaped conveyance pipe 1130;
A structure of the water supply / discharge pipe / discharge pipe 3310 formed at the lower end of the U-shaped transfer pipe 1130;
A coupling structure of a channel control valve 2300 coupled to the water supply / discharge pipe / discharge pipe 3310 and a water supply pump 2200 for re-pumping power generation water to the primary water storage device 1000;
A structure of a power generation water conveyance pipe 1160 connected to the U-shaped conveyance pipe 1130 at an upper end of the water supply / discharge pipe / discharge pipe 3310;
A structure of an air discharge pipe 1510 formed at an upper end of the power generation water transfer pipe 1160 and an air discharge amount control valve 1500 coupled to the air discharge pipe 1510; The secondary gravity acceleration action container 5260 formed at the end portion of the power generation water conveyance pipe 1160 and the end portion of the secondary gravity acceleration action container 5260 are filled with power generation water, A structure of the secondary discharge pipe 5250 having a size smaller by 1% to 10% than the passage area of the power generation water conveyance pipe 1160 in order to increase gravity acceleration action;
The structure of the secondary generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250;
A structure is formed at one side of the intermediate portion of the power generation water conveyance pipe 1160 so that the end portion conveyance pipe 1190 is located at a position similar to the lowest lowest conveyance position of the lower end of the primary water storage device 1000, The lower end of the gravity acceleration action generating vessel 5000 has a narrow lower end and a wider upper end. The lower end of the gravity acceleration action generating vessel 5000 includes a gravity acceleration action generating outlet pipe 3100 And a structure of the primary emission control valve 3200 formed at one side of the gravity acceleration action generating exhaust pipe 3100 and the structure of the primary power generation aberration 3000 And the power generation water is stored in the primary water storage device 1000 formed upstream of the river or the valley, In order to generate electricity by discharging the primary power generation water (1100) stored in the primary storage water system (1000) to the secondary water storage system (2000) in a state of closing the primary emission water control valve (2300) The first water storage device 1100 is opened by 100% by closing the inflow pipe 1100 connected to the inflow pipe 1110 after closing the first water storage device 3200 by 80% to 99% The lower end discharge pipe 1120, the U-shaped transfer pipe 1130, the power generation water transfer pipe 1160, and the end portion transfer pipe 1190 In order to move the primary power generation water 1100 discharged through the secondary power generation apparatus 1000 toward the secondary power storage apparatus 2000, the primary power generation water 1100 is filled in the gravity acceleration operation generation vessel 5000 To-90% of the primary The inflow amount control valve 1170, the lower discharge pipe 1120, the U-shaped transfer pipe 1130, and the discharge port 1130 are opened while gradually opening the discharge control valve 3200 to 100% Which is connected to the air discharge pipe 1510 formed at the upper end of the power generation water conveyance pipe 1160 so that no air is caught in the power generation water conveyance pipe 1160 and the end side conveyance pipe 1190, The control valve 1500 is opened to open the inlet pipe 1110, the inflow amount control valve 1170, the lower discharge pipe 1120, the U-shaped transfer pipe 1130, the power generation water transfer pipe 1160, The primary discharge control valve 3200 is opened by 100% in a state where all of the air filled in the transfer pipe 1190 is discharged and the primary power generation water filled in the gravity acceleration action generating vessel 5000 (3000) of the primary power generation turbine (3000) configured at the lower end of the discharge pipe (3100) for generating gravity acceleration action is continuously rotated through the gravity acceleration action generating discharge pipe (3100) And the amount of the primary power generation water 1100 filled in the primary water storage device 1000 is consumed until 80-95% of the amount of the primary power generation water 1100 is consumed to produce a large amount of electricity at a required time, In order to re-pump the secondary power generation water 2100 filled in the secondary water storage device 2000 to the primary water storage device 1000 by using cheap electricity, the air discharge amount control valve 1500 is opened The water supply pump 2200 is opened while the pipe control valve 2300 coupled to the water supply / discharge pipe / discharge pipe 3310 is opened after closing the inflow volume control valve 1170 and the primary discharge volume control valve 3200, ) The secondary power generation water 2100 pumped to the primary water storage device 1000 is supplied to the power generation water conveying pipe (not shown) formed at the upper ends of the water supply and discharge pipe and discharge pipe 3310 and the water supply and discharge pipe and discharge pipe 3310 And is filled into the secondary water storage device 2000 through the secondary gravity acceleration generating container 5260 and the secondary discharge pipe 5250 formed at the upper end of the power generation water transfer pipe 1160 The secondary power generation water 2100 in the lower end of the secondary discharge pipe 5250 is continuously pumped to the inside of the primary water storage device 1000 and the secondary power generation water 2100 formed in the lower end of the secondary discharge pipe 5250 is continuously rotated Electricity is continuously produced until the primary power generation water 1100 is filled in the primary water storage device 1000 and the primary power generation water 1000 is filled at a required time when the amount of electricity used is large The primary power generation water 1100 And a gravity accelerating action for gravity action combined with a multistage water storage device installed in an inclined valley or a sloping river to produce electricity continuously in the secondary water storage device 2000 Friendly eco-friendly power generation method that continuously produces electricity using After dredging all the depths of the sloped stream to a depth of 5 ~ 20m, both sides of the stream should be maintained at the bottom of the river to be used for gabbing, masonry, gabion, eco- The first primary concrete 5150 is constructed and then the primary water storage device 7000 is installed in the upper part of the foundation concrete 5150 so as to store a large amount of the primary power generation water 5100 in the upper part of the foundation concrete 5150, In the construction method of pumping water by constructing multi-stage water storage system (7000, 6000)
It is preferable that both of the dams are deeply dredged to a depth of 5 to 20 m with respect to the entire length of an inclined stream, and then the both sides of the river are used by using the gabion, the stone, the Gabion, the ecological restoration, The primary concrete 5150 is constructed on the bottom of the river and the primary water storage device 7000 is configured to store a large amount of primary power generation water 5100 at the upper end of the foundation concrete 5150 rescue;
The foundation concrete 6150 is installed on the bottom of the river bed downstream of the river where the difference in altitude from the primary water storage device 7000 is about 5m to 100m and the secondary water storage device 6000 is installed on the foundation concrete Structure to construct;
Installing a slant discharge pipe (5300) at the lower end of the primary water storage device (7000);
A discharge amount control valve 5900 is formed at an upper end of the inclined discharge pipe 5300;
(5880) at the lower end of the incline discharge pipe (5300);
A rising pipe 5320 is formed on the upper portion of the right angle rising pipe 5880 in a shape of an inverted U shape at a position near the lower end water level of the lower end of the primary water storage device 7000;
A foreign matter cleaning port 5220 is formed on one side of the lower end of the right angle rising pipe 5880;
A structure in which a gravity acceleration action generating vessel 5000 having a wide upper end and a narrow lower end is coupled to the lower end of the end portion of the up pipe 5320;
The lower end of the gravitational acceleration action generating vessel 5000 is formed with a discharge pipe 5200 for generating a gravitational acceleration action so as to have a narrow upper end and a wider lower end so that the frictional resistance is small and the gravitational force and gravitational acceleration action are enhanced. Structure;
A structure for constructing a discharge control valve 5800 for controlling the discharge amount of the primary power generation water 5100 at the lower end of the discharge pipe 5200 for generating a gravitational acceleration action;
A structure that constitutes the primary generation aberration 5230 at the lower end of the gravity acceleration action generating exhaust pipe 5200;
A re-supply pipe 5120 is formed between the primary storage device 7000 and the secondary storage device 6000;
A water intake pipe 6300 is formed at the lower end of the retransmission water pipe 5120;
A structure in which a water intake pump 5310 is coupled to an upper portion of the water intake pipe 6300;
The natural-friendly pumped-water generation system, which is configured to produce high-efficiency electricity by increasing gravity action and gravity acceleration action in the process of right angle rising and right angle falling among the multi-stage water storage devices constructed as described above, ) In the state where the primary power generation water 5100 is filled and the emission control valve 5800 is closed by 80% to 99%
The discharge control valve 5900 is fully opened and the primary discharge water 5100 stored in the primary storage device 7000 is used to discharge the slope discharge pipe 5300, The discharge control valve 5800 is opened by 100% in the state where the inside of the gravity acceleration action generating vessel 5000 and the inside of the gravity acceleration action generating discharge pipe 5200 are filled, The primary power generation water 5100 is discharged continuously through the gravitational acceleration action generating vessel 5000 and the gravity acceleration action generating exhaust pipe 5200 so that the lower end of the gravity acceleration action generating exhaust pipe 5200 The primary power generation aberration 5230 constituted in the primary power generation apparatus 7000 is continuously rotated and consumed until the amount of the primary power generation water 5100 filled in the primary water storage apparatus 7000 is 80 to 95% A large number of former Which is filled in the secondary water storage device 6000 by using cheap surplus electricity such as nuclear power, which is produced at a required time and then consumes electricity in a short period of time, 6100 to the primary water storage device 7000 and at the same time the secondary gravity acceleration action container 5260 and the secondary discharge pipe 5250 formed at the end of the re- The secondary generating aberration 5130 constituted at the lower end of the secondary power generating unit 5130 is rotated to continuously produce electricity
The primary storage water (7000) is filled in the primary storage water (7000) until the primary storage water (5100) is filled up, The operation and gravity of gravity combined with inclined valleys or multi-stage water storage devices installed in sloping streams to discharge the primary power generation water 5100 back into the secondary water storage device 6000 to produce electricity continuously Eco-friendly environment-friendly power generation method that continuously produces electricity using right angle falling power generation facility for accelerating action
After forming the foundation concrete 1150 in a sloping valley
After the primary water storage device 1000 is constructed by using concrete or soil on the upper end of the foundation concrete 1150
After dredging the river downstream to the depth of 5 ~ 20m with the difference of altitude of 5m ~ 500m from the primary water storage device 1000, both sides of the river should be combined with gauges, shore blocks, After the secondary foundation concrete 6150 is installed on the bottom of the river after the maintenance using the vegetation block,
In the method for pumped-water power generation by constructing the secondary water storage device 6000 using a structure such as an eco-friendly movable water gate or a winch gate
After forming the foundation concrete 1150 in a sloping valley
After the primary water storage device 1000 is constructed by using concrete or soil on the upper end of the foundation concrete 1150
The downstream region stream having an altitude difference of about 5m to 500m with the primary water storage device 1000 is dredged deeply to a depth of about 5 to 20m and then the both sides of the river are divided into the gabion block, After the secondary foundation concrete 6150 is installed on the bottom of the river after the combined use artificial fish herbicidal vegetation block is installed, an eco-friendly movable water gate serving as the water quality purifier or an eco-friendly movable water gate Structure to constitute the secondary water storage device 6000;
An inflow pipe 1110 formed in an inverted U shape inside the primary storage device 1000 and an inflow volume control valve 1170 connected to the inflow pipe 1110 and a lower end coupled to the inflow pipe 1110, A coupling structure of the exhaust pipe 1120;
A structure of a power generation water discharge pipe 7500 coupled with the lower discharge pipe 1120 so as to be in a horizontal state slightly tilted to one side with a position similar to the lowest level of the lower end of the primary water storage device 1000;
The end portion of the power generation water discharge pipe 7500 is formed in a lattice shape;
A structure of a gravitational acceleration action generating vessel 5000 having a wide upper end and a narrow lower end coupled with an end of the power generation water discharge pipe 7500;
A structure of the gravity acceleration action generating pipe 5200 for engaging with the lower end of the gravitational acceleration action generating vessel 5000 such that the upper end is narrow and the lower end is wide and the material friction action and the resistance action are small;
A structure of a discharge control valve 5800 formed at one side of the gravity acceleration action generating discharge pipe 5200;
The structure of the primary power generating aberration 5230 installed at the lower end of the gravity acceleration action generating exhaust pipe 5200
A structure of the refueling pipe 5120 formed between the inside of the secondary water storage device 6000 and the upper end of the primary water storage device 1000;
A water pump 2200 for re-pumping secondary power generation water 6100 filled in the secondary water storage device 6000 to the primary water storage device 1000 is formed at the lower end of the re- ;
A structure of the air discharge pipe 1510 formed at the upper end of the re-supply pipe 5120;
A structure of an air discharge amount control valve 1500 coupled with the air discharge pipe 1510;
A structure for constructing a secondary gravity acceleration action container 5260 at the upper end of the re-supply pipe 5120;
A secondary discharge pipe 5250 having a narrow upper end and a wide lower end is coupled to an end of the secondary gravity acceleration action container 5260;
Secondary power generating water 5100 is formed at the lower end of the secondary discharge pipe 5250 and then secondary power generation water 6100 is pumped from the secondary water storage device 6000 to the primary water storage device 1000. [ Which is configured to continuously generate electric power by using the eco-friendly pumped-storage power generation system. In order to generate electric power at a required time when power demand is high, water is stored in the primary water storage device 1000, The lower end discharge pipe 1120 connected to the inflow pipe 1110 is opened by fully opening the inflow amount control valve 1170 while closing the discharge control valve 5800 by 80% to 99% And discharges the primary power generation water 1100 through the horizontal transfer pipe 7500 to separate the internal spaces of the gravity acceleration action generating vessel 5000 and the gravity acceleration action generating exhaust pipe 5200 from the primary power water Which is formed at the lower end of the gravity acceleration action generating vessel 5000 and the gravity acceleration action generating outlet pipe 5200 by opening the discharge amount control valve 5800 at 100% The power generation aberration 5230 is rotated at a high pressure to perform primary power generation until 80% to 95% of the total amount of the primary power generation water 1100 filled in the primary water storage apparatus 1000 is consumed The secondary power generation water 6100 filled in the secondary water storage device 6000 at a time when the post-power demand is low,
Is pumped to the primary water storage device (1000) by using the water supply pump (2200) formed at the lower end of the re-water supply pipe (5120)
The secondary gravity acceleration generating vessel 5260 formed at the upper end of the re-supply pipe 5120 and the secondary generation aber 5130 formed at the lower end of the secondary discharge pipe 5250 are used The power generation water discharge pipe (600) is installed at a horizontal level somewhat inclined between a lower level of the lower end of the primary storage water system (1000) and an upper end of the secondary water storage system (6000) 7500), and at the same time, the gravity acceleration action generating vessel (5000) and the gravity acceleration action generating discharge pipe (5200) Which is characterized by an eco-friendly pumped-water power generation system that utilizes the hydraulic pressure generated by the pumped hydroelectric power generation system. That of production in natural eco-friendly power generation method

After constructing the foundation concrete 1150 in an inclined stream or valley
The primary water storage device 1000 is constructed by using concrete or soil on the upper end of the foundation concrete 1150
A downstream region where an altitude difference of about 5m to 500m is generated with the primary water storage device 1000
A secondary water storage unit 9000 configured to store the primary water for power generation 1100 flowing into the primary water storage unit 1000 is installed by installing a secondary water storage block 8000 in a rice field or a field shape, ≪ / RTI >
An inflow pipe 1110 formed in an inverted U shape inside the primary storage device 1000 and an inflow volume control valve 1170 connected to the inflow pipe 1110 and a lower end coupled to the inflow pipe 1110, A coupling structure of the exhaust pipe 1120;
A structure for constructing a power generating water conveying and discharging pipe 7500 at an end of the lower end discharge pipe 1120 such that the power generating water conveying and discharging pipe 7500 is horizontally inclined in a manner similar to the lowermost lower end of the lower end of the primary water storage device 1000;
A coupling structure of the gravity acceleration action generating vessel 5000 having the power generation water discharge / discharge pipe 7500 and the upper portion thereof being wide and the lower end being narrowed;
A structure in which the lower end and upper portion of the gravitational acceleration action generating vessel 5000 are combined with the discharge pipe 3100 for generating a gravitational acceleration action having a narrow shape and a lower end portion in a wide shape;
A structure of a discharge control valve 5800 formed at one side of the gravity acceleration action generating discharge pipe 3100;
The structure of the primary generation aberration 3000 installed at the lower end of the discharge pipe 3100 for generating a gravitational acceleration action
The structure of the refueling pipe 5120 formed between the inside of the secondary water storage device 9000 and the upper end of the primary water storage device 1000;
A structure in which an air discharge pipe 1510 and an air discharge amount control valve 1500 are coupled to the upper part of the re-supply pipe 5120;
A water pump 2200 for re-pumping secondary power generation water 8100 filled in the secondary water storage device 9000 to the primary water storage device 1000 is formed at the lower end of the re- ;

A secondary discharge pipe 5250 having a narrow upper part and a wide lower part is formed at the upper end of the re-supply pipe 5120;
The secondary discharge water pipe 5250 has a secondary power generating aberration 5130 to generate high-pressure water discharged from the primary water storage device 1000 to the secondary water storage device 9000 And the secondary power generation water 8100 for re-pumping the secondary power generation water 8100 stored in the secondary water storage device 9000 to the primary water storage device 1000, In order to produce electricity at a necessary time when electric power demand is high, an eco-friendly pumped storage power generation system configured to generate electricity is used to store water in a primary water storage device (1000) arranged upstream of a river or a valley, The lower end discharge pipe 1120 which is coupled to the inflow pipe 1110 by completely opening the inflow amount control valve 1170 in a state where the valve 5800 is closed by about 80% to 99% (5000) And the discharge control valve 5800 is opened by 100% after filling all the inside of the water transfer discharge pipe 7500 and the primary power generation aberration 3000, which is formed at the lower end of the discharge pipe 3100 for generating gravitational acceleration action, A large amount of electricity is produced by using the primary power generation water 1100 discharged at a high pressure due to the action of gravity generated by the free fall and gravity acceleration action, The amount of 80% to 95% of the total amount of the charged primary power generation water 1100 is discharged to the inside of the secondary water storage unit 9000 to perform primary power generation, The secondary power generation water 8100 filled in the primary water storage unit 9000 is transferred to the primary water storage apparatus 1000 by using the water supply pump 2200 constituted at the lower end of the re-water supply pipe 5120
The secondary generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250 coupled with the secondary gravity acceleration action container 5260 formed at the upper end of the re-supply pipe 5120 Using an eco-friendly pumped-storage power generation system that is constructed to produce secondary electricity using a multi-stage water storage system installed in a sloping valley or a sloping stream and a paddy or field to produce inexpensive electricity continuously at low power demand Pumped-water power generation that generates electricity Electricity is continuously produced using gravity action and gravitational accelerating right-angle falling power generation facilities that feature eco-friendly construction method Environment-friendly eco-friendly power generation method
After forming the foundation concrete 1150 in a sloping valley
An inflow pipe 1110 and a lower end discharge pipe 1120 coupled to the inflow amount control valve 1170 are installed at the upper end of the foundation concrete 1150 and the upper end of the lower end discharge pipe 1120 is filled with concrete or gravel A structure constituted by the primary water storage device 1000;
A structure of a U-shaped transfer pipe 1130 and a power generation water transfer pipe 1160 coupled with the lower discharge pipe 1120;
A structure of a foreign substance removing cleaning hole 1301 formed at a lower end of the U-shaped transfer pipe 1130;
A structure in which a regeneration water pipe 5120 is formed in an upper end portion of the power generation water conveying pipe 1160 in a lattice shape;
A primary gravity acceleration action container 5260 having a wide upper end and a narrow lower end is formed at an end of the re-supply pipe 5120;
A secondary discharge pipe 5250 having a narrow upper end and a wider lower end is formed at the lower end of the primary gravity acceleration action container 5260;
A structure that constitutes the secondary generation aberration 1780 at the lower end of the secondary discharge pipe 5250;
A structure of a water intake pipe 1303 inserted into a dam or a sea located in a downstream area where an altitude difference of about 5m to 500m is generated with the primary water storage device 1000 and coupled with a lower end of the power generation water transfer pipe 1160;
A structure of a water intake pump 1306 connected to the pipe 1303;
A structure of the water intake control valve 1302 connected to the water intake pipe 1303;
A structure of the end portion conveying pipe 1190 formed at one side of the power generation water conveying pipe 1160 at a position near the lower end of the lower end of the primary water storage device 1000 and connected to the end portion discharge amount control valve 1191 ;
A structure in which a gravitational acceleration action generating vessel 5000 having a wide upper end and a narrow lower end is coupled with the end portion conveying pipe 1190;
A structure of the gravity acceleration action generating container 5000 having a narrow upper part and a wide truncated lower part at the lower end of the gravity acceleration action generating container 5000;
A structure of a primary emission control valve 3200 formed at one side of the gravity acceleration action generating exhaust pipe 3100;
And the structure of the primary power generating aberration 3000 formed at the lower end of the gravity acceleration action generating outlet pipe 3100 is used to generate electric power, And a water intake pump 1306 connected to the water intake pipe 1303, which is inserted into the sea at a time when electric power demand is low, in a state in which the water discharge amount control valve 1191 and the inflow volume control valve 1170 are closed
Fresh water or seawater is pumped to the end of the re-sending pipe 5120 and is pumped to the primary water storage device 1000 and the primary gravity acceleration effect generated at the end of the re- Electricity is produced by using the secondary power generation aber 1180 formed at the lower end of the container 5260 and the lower end of the secondary discharge pipe 5250 and at the same time,
The flow rate regulating valve 1170 and the end discharge rate regulating valve 1191 are opened at an arbitrary time at which power demand is high and the first discharge amount regulating valve 3200 and the water withdrawing flow regulating valve 1302 are 80% to 99% The U-shaped transfer pipe 1130 and the power generation water transfer pipe 1160 are connected to the lower discharge pipe 1120 by using fresh water or seawater filled in the primary water storage device 1000, The end discharge pipe 1190 and the gravitational acceleration action generating vessel 5000 are fully opened and the primary discharge control valve 3200 is fully opened and the gravity acceleration action generating vessel 5000 and the gravity The power generation system is horizontally moved and rotated perpendicularly so as to continuously rotate the primary power generation aberration 3000 formed at the lower end of the acceleration action generating discharge pipe 3100, Under the eco-friendly nature of Environmentally friendly power generation method that comprises the environment-friendly clean and simultaneously purifying the contaminated water pumped by the generation and the acceleration of gravity acting the action of gravity, characterized in the power generation system to generate electricity with high efficiency
A structure of a multistage low-storage tank 1600 configured to store water in a high-lying field, rice field or mountain valley;
A structure for joining a heat generating device (2500) acting on one side of the multistage low-storage tank (1600) to prevent the generation of water in the power generation water filled in the multistage storage tank (1600);
A structure of the end portion conveyance pipe 1190 which is formed in a shape inclined at an angle to the other side at a position similar to the lower end of the lower end of the multi-stage low storage tank 1600;
A coupling structure of an end portion discharge control valve 1191 coupled with the end portion conveying pipe 1190;
A structure of the gravity acceleration action generating vessel 5000 having a wide upper portion and a narrower lower end portion at the lower end of the end portion conveying pipe 1190;
A joint structure of a gravity acceleration action generating container 5000 having a narrow upper portion and a wide lower portion at the lower end of the gravity acceleration action generating container 5000;
A structure of the primary auger 3000 configured at the lower end of the gravity acceleration action generating exhaust pipe 5200;
The structure of the submerged pipe 5120 which is connected to the lower end of a river or a river or a dam or a reservoir and the upper end of the multistage storage tank 1600;
The structure of the feedwater pump 2200 formed at the lower end of the re-feed pipe 5120;
A structure of the secondary gravity acceleration action container 5260 having an upper portion at the upper end of the re-sending pipe 5120 and a narrower lower end portion;
The structure of the secondary discharge pipe 5250 having a narrow upper portion and a wide lower end portion at the lower end of the secondary gravity acceleration action container 5260 and a structure of the secondary generation aberration 5130); Stage low water storage tank 1600 by using the primary generation water turbine 3000 stored in the multi-stage low water storage tank 1600 at a time when power demand is high by using all of the power generation water stored in the multi- And the electric power demand is discharged in a short time to operate the water supply pump 2200 coupled to the re-water supply pipe 5120 into the empty multi-stage water storage tank 1600, Which is formed at the lower end of the secondary discharge pipe 5250, through the secondary gravity acceleration action container 5260 and the secondary discharge pipe 5250 formed at the end of the secondary discharge pipe 5220, (5130) for generating electricity by gravity and a gravitational accelerating power generating device for generating electricity by using a right angle drop generator Environment development method
In the method of pumped-water power generation by using the water storage device constituted by blocking the mountain valleys
A structure for constructing the primary water storage device 1000 using concrete or sand and stones in mountain valleys;
The second water storage device 2000 is installed in the downstream area where an altitude difference of about 5m to 500m is generated with the primary water storage device 1000 by using concrete or sandstone and soil, A bottom outlet pipe (1120);
A structure that constitutes an inflow amount control valve 7520 at one side of the lower discharge pipe 1120;
A structure in which a power generation water transfer pipe 7500 is connected between the lower discharge pipe 1120 and the secondary water storage device 2000;
When primary power generation water 1100 stored in the primary water storage device 1000 is discharged to the end of the power generation water conveyance pipe 7500, the primary power generation water 1100 is generated by gravity action and gravity acceleration action, The height of the right-angled riser pipe 5880 is set at a minimum value to be stored in the primary water storage device 1000 so as to flow from a high place to a low place according to a primary gravity average water level 10000, A structure having a height comparable to that of the lower one;
In order to accelerate the action of the gravity acceleration of the primary power generation water 1100 filled in the gravity acceleration action generating vessel 5000 at the lower end of the right angle rising pipe 5880 to increase the power generation efficiency, A structure in which a gravitational acceleration action generating vessel 5000 is configured;
A structure having a narrow upper portion at the lower end of the gravitational acceleration action generating vessel 5000 and a lower end coupled to the discharge pipe 3100 for generating a gravitational acceleration action in a wide form so as to minimize the frictional action of the falling power generating water;
A structure for coupling a discharge amount control valve 5800 to one side of the gravity acceleration action generating discharge pipe 3100;
A structure constituting the primary generation aberration 3000 is formed at the lower end of the discharge pipe for generating gravitational acceleration effect 3100;
A structure for constructing a transverse conveyor belt 2900 for conveying a piece of metal or a heavy material such as sand, gravel or earth to the lower end of the primary auger 3000;
The gravitational acceleration action generating vessel 5000 is moved to the upper part of one side of the gravitational acceleration action generating vessel 5000 by conveying a heavy material such as sand, gravel or earth to be conveyed from the transverse conveyor belt 2900, To the inside of the conveyor belt 2800;
The lowest water level of the secondary power generation water 6100 stored in the secondary water storage system 2000
And the height of the water supply pipe 5120 is set to be high so as to flow naturally by the action of gravity to a position equal to or higher than the maximum water level of the primary power generation water 1100 stored in the primary water storage device 1000 rescue;
A structure of the feedwater pump 2200 formed at one side of the re-feed pipe 5120;
A structure of the secondary gravity acceleration action container 5260 having an upper portion at the upper end of the re-sending pipe 5120 and a narrower lower end portion;
The connection of the secondary storage container 1000 is started from the lower end of the secondary gravity acceleration action container 5260 and connected to the secondary storage device 1000 in accordance with a curved or inclined natural terrain, The structure of the secondary power generation water conveyance pipe 5318 connected to the upper end portion according to natural topography;
The structure of the secondary discharge pipe 5250, which is narrow at the upper end portion of the secondary power generation water transfer pipe 5318 and has a wide shape at the lower end portion, and a structure of the secondary generation aberration (at the lower end portion of the secondary discharge pipe 5250) 5130); The flow rate control valve 7520 is fully opened with 80% to 99% of the discharge control valve 5800 being closed at a time when power demand is high and the lower discharge pipe 1120 and the power generation water The discharge control valve 5800 is opened 100% in the state where the transfer pipe 7500 and the interior of the gravity acceleration action generating vessel 5000 are filled with the first power generation water 1100, The primary power generation water turbine 3000 disposed at the lower end of the discharge pipe 3100 is operated by the primary power generation water 1100 discharged at a high pressure due to the action of gravity generated by the high-
The amount of 80% to 95% of the total amount of the primary power generation water 1100 filled in the primary water storage apparatus 1000 is discharged to the inside of the secondary water storage apparatus 2000 to perform primary power generation At the same time, a heavy material such as a piece of metal, sand, gravel, or soil, which is fed from the transverse conveyor belt 2900 and the elevated conveyor belt 2800, is fed into the gravitational acceleration action generating vessel 5000, The primary power generation water turbine 3000 is continuously mixed with the primary power generation water 1100 supplied from the primary water storage device 1000 and the primary power generation water turbine 3000 constructed at the lower end of the discharge pipe for generating gravity acceleration 3100 The secondary power generation apparatus 200 generates electricity using the high pressure generated by the acceleration action of the gravity generated by the dropping, The water 6100 is transferred to the primary water storage device 1000 by using the water supply pump 2200 and the re-water supply pipe 5120 and the re-water supply pipe 5120 and the secondary discharge pipe 5250 When the total storage amount of the secondary power generation water 6100 stored in the secondary water storage device 2000 is consumed to about 80% to 95% by using the secondary power generation aberration 5130 formed at the lower end of the secondary power generation water tank 5100 To generate electricity by gravity and gravitational acceleration. The gravity action and the gravity acceleration are generated by the use of a right angle falling power generation facility. Eco-friendly power generation method that continuously produces electricity
The structure of the primary water storage device 1800 configured to store the primary power generation water 1700 on top of the high rise building;
A structure of a right-angle drop connecting pipe 1701 connected to a river, a river or a beach in the primary water storage device 1800;
Even when the water level of the primary power generation water 1700 stored in the primary water storage system 1800 reaches the minimum water level, the water level of the primary power 1900 becomes a horizontal primary gravity average water level 1900 due to the action of gravity, A structure in which the height of the right-angled riser pipe 1703 is lower than the lowest level of the lower end of the primary water storage device 1800;
A structure in which a gravity acceleration action generating vessel 5000 having a wide upper end and a narrow lower end is coupled with the upper end of the right angle rising pipe 1703;
An engagement structure of a gravity acceleration action generating outlet pipe 5200 having a narrow upper end and a wide lower end at the lower end of the gravity acceleration action generating vessel 5000;
A structure in which a discharge amount control valve 5800 is coupled to one side of the gravity acceleration action generating discharge pipe 5200;
A structure of the primary auger 3000 configured at the lower end of the gravity acceleration action generating exhaust pipe 5200;
When pumping second generation water (6100) stored in a river or a river or a dam or the sea
The secondary gravity average water level 1908 formed by the action of gravity that naturally occurs up to a position above the maximum water level of the primary power generation water 1700 stored in the primary water storage device 1800, A structure in which the height of the water supply pipe 5120 is naturally set to flow in the direction of the primary water storage device 1800 by naturally accelerating action of gravity generated by flowing naturally from a high place to a low place;
A structure of the feedwater pump 2200 formed at one side of the re-feed pipe 5120;
A structure in which a secondary gravity acceleration action container 5260 having a wide upper portion and a narrower lower end portion is coupled to a lower end portion of the end portion of the re-supply pipe 5120;
The secondary power generation water pumped from the water feed pump 2200 coupled to the re-water feed pipe 5120 into the re-water feed pipe 5120 and the secondary gravity acceleration action container 5290 is supplied to the primary (1900) above the gravity mean level (1900) by the action of gravity flowing from high to low natural movement of the natural movement of the primary storage device to be moved to the natural ground and natural terrain A connection structure of the water supply pipe 5120;
A structure of the secondary gravity acceleration action container 5260 having a wide upper end and a narrow end at the lower end of the re-supply pipe 5120;
The structure of the secondary discharge pipe 5250 having a narrow upper end and a wider lower end at the lower end of the secondary gravity acceleration action container 5260
The gravity acceleration generated at the time of right angle drop from the primary water storage device 1800 located at a high place to generate electricity using the secondary generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250, The discharge amount control valve 5800 formed at the lower end of the gravity acceleration action discharge pipe 5200 is rotated by about 80% to 99% or so to generate a pumped water by using a high pressure hydraulic force discharged in a right- The inflow amount control valve 1706 connected to the primary water storage device 1800 is fully opened to close the right angle drop connection pipe 1701, the right angle up pipe 1703, The discharge control valve 5800 is opened 100% in a state in which the inside of the exhaust pipe 5000 and the exhaust pipe 5200 for generating a gravitational acceleration action are all filled with the primary power generation water 1700 The primary generation aberration 3000 formed at the lower end of the discharge pipe 5200 for generating a gravitational acceleration action is moved by the action of gravity generated by the high lift and the primary power generated by the action of gravity acceleration (1700) to rivers, reservoirs or dams or the sea to generate secondary power (6100) filled in rivers, reservoirs or dams or in the sea at nighttime or at the time when power demand is low, The water is pumped to the primary water storage device 1800 by using the pump 2200 and the re-water supply pipe 5120
The second electricity generation aberration 5130 formed at the lower end of the secondary water discharge pipe 5250 and the second water discharge pipe 5220 and the second water discharge pipe 5250 are used to produce the secondary electricity Wherein the gravity action and the gravity acceleration action are generated by using the right angle falling power generation facility and the right angle drop power generation facility is used for pumped power generation. Friendly eco-friendly power generation method that continuously produces
It is made of fresh water, seawater, heavy liquid chemicals such as heavy chemicals, heavy liquid mercury such as heavy mercury, small sized metal balls or sand or gravel, crushed concrete fragments, crushed concrete fragments or heavy ceramics. The structure of the storage container 3388 for housing the rotating materials 5500;
A structure for constructing the power generating aberration 3000 on the upper portion of the storage container 3388;
A gravitational acceleration action generating vessel 5000 having a wide upper part and a narrower lower part and a discharge pipe 3100 for generating a gravitational acceleration action having a narrow upper part and a wide lower part, Structure;
A structure in which a discharge amount control valve 5800 for controlling discharge amount and discharge speed of the rotating aural generating material 5500 is formed at one side of the gravity acceleration action discharge pipe 3100;
A structure in which a transverse conveyor belt 2900 for conveying the power generation airstream rotating materials 5500 stacked inside the storage container 3388 is constructed;
A structure of a transfer pump 3380 for pumping the generated aberration rotating substances 5500 transferred from the transverse conveying belt 2900 to the interior of the gravitational acceleration action generating vessel 5000;
And a structure of a rising pipe 3390 for transferring the power generation airstream rotating materials 5500 pumped by the feed pump 3380 to the interior of the gravitational acceleration action generating vessel 5000. In order to continuously generate electricity, In a state in which the passage of the gravity acceleration action generating exhaust pipe 3100 is closed by using the discharge amount control valve 5800 coupled with the gravity acceleration action discharge pipe 3100
The power generation airstream rotating materials 5500 filled in the storage container 3388 are transferred to the gravity acceleration action generating container 5500 using the horizontal transfer conveyor belt 2900, the transfer pump 3380, (5000) is filled, and then the discharge control valve (5800), which is closed, is opened and the weighted gravity of the power generation airstream rotating materials (5500) acting in a weighted manner according to the action of gravity and the action of gravity acceleration And the electric power is generated continuously by rotating the electric power generating aberration 3000 with a force. The gravity action and the nature-friendly environment-friendly power generation method in which electricity is continuously produced using a gravity acceleration generating facility
The water reservoir (6000) is constructed by blocking the water flowing in mountain valleys or rivers by using a water gate or a winch gate
Shaped horizontal conveyance passage 8900 is formed to have a length of about 50m to 5000m from the lower end of the water storage device 6000 so as to generate water by discharging the water flowing into the water storage device 6000 to a low place A gravitational acceleration action is generated at the end portion of the horizontal conveying passage 8900 so that there is an altitude difference of about 5m to 500m between the power generating water stored in the water storage device 6000, Shaped downfalling water channel 8700 is formed to have a vertical length of 5m to 500m with a narrow upper end and a wide trumpet shape at the lower end and a water generating auger 3000 is installed at the end of the U-shaped right drop channel 8700 Friendly environment-friendly power generation method that continuously produces electricity by using the gravity action and the gravity acceleration action perpendicular to the falling power generation facility It is made of fresh water, seawater, heavy liquid chemicals such as heavy chemicals, heavy liquid mercury such as heavy mercury, small sized metal balls or sand or gravel, crushed concrete fragments, crushed concrete fragments or heavy ceramics. The structure of the storage container 3388 for housing the rotating materials 5500;
A structure for constructing the power generating aberration 3000 on the upper portion of the storage container 3388;
A gravitational acceleration action generating vessel 5008 having a wide upper portion and a narrow lower portion and a plurality of generating aids rotating material discharge ports 5009 at the lower end portion of the gravity acceleration action generating vessel 5008, ≪ / RTI >
A structure in which a plurality of gravity acceleration action generating exhaust pipes 3100 are coupled to the lower end of the aeration auger rotary material discharge port 5009, the upper portion of which is narrow and the lower portion thereof is wide;
A structure in which a discharge amount control valve 5800 for controlling discharge amount and discharge speed of the rotating aural generating material 5500 is formed at one side of the gravity acceleration action discharge pipe 3100;
A structure in which a transverse conveyor belt 2900 for conveying the power generation airstream rotating materials 5500 stacked inside the storage container 3388 is constructed;
A structure of a transfer pump 3380 for pumping the power generation airstream rotating materials 5500 transferred from the transverse conveying belt 2900 into the gravitational acceleration action generating vessel 5008;
A structure of a riser pipe 3390 for transferring the power generation airstream rotating materials 5500 pumped by the feed pump 3380 into the interior of the gravitational acceleration action generating vessel 5008;
In order to prevent the gravitational acceleration action from occurring at the end of the uprising pipe 3390, the exhaust pipe 3108 is connected to the lower end of the narrow pipe in a wide trumpet shape The discharging amount control valve 5800 coupled to the discharging pipe 3100 for generating a gravitational acceleration action is controlled so that the discharging pipe 3100 is closed in a state in which the passage of the discharging pipe 3100 for generating a gravitational acceleration action is closed And the generated aberration rotating materials 5500 are discharged from the transfer conveying belt 2900 and the transfer pump 3380 by using the lift pipe 3390 and the discharge water circulation material outlet 5009, Is pumped to fill the inside of the action generating vessel 5008, and is closed at the same time as continuously pumping the power generation airstream rotating materials 5500 The emission control valve 5800 is opened to rotate the power generation aberration 3000 with the force of gravity of the power generation airstream rotating materials 5500 that are acted upon by gravity action and gravity acceleration action, And continuously generates and naturally flows through the continuous repetitive operation of transferring and circulating the power generation airstream rotating materials 5500 to the conveying pump 3380 by using the transverse conveying belt 2900 at the same time And the electric power is continuously produced by continuously rotating the electric aberration 3000 using the gravity action and the gravitational acceleration action. The gravity action and the gravity acceleration action are used to generate electric power continuously Friendly environment-friendly power generation method
It is made of fresh water, seawater, heavy liquid chemicals such as heavy chemicals, heavy liquid mercury such as heavy mercury, small sized metal balls or sand or gravel, crushed concrete fragments, crushed concrete fragments or heavy ceramics. The structure of the storage container 3388 for housing the rotating materials 5500;
A structure in which a transverse conveyor belt 2900 for conveying the power generation airstream rotating materials 5500 stacked inside the storage container 3388 is constructed;
A structure of the transfer pump 3380 for pumping the power generation airstream rotating materials 5500 transferred from the transverse conveying belt 2900 upward;
A lift pipe (3390) structure for feeding the power generation airstream rotating materials (5500) to an upper portion of the feed pump (3380);
The upper portion is narrow and the lower end is formed in a wide trumpet shape so as to increase gravity action and gravity acceleration action while preventing the action of gravity attraction on the end portion of the rising pipe 3390, A structure in which the first and second electrodes are combined;
The discharge pump 5800 is closed and the transfer pump 3380 is operated using the structure in which the discharge amount control valve 5800 is formed at one side of the development aquatic rotational material discharge port 3188, The power generation airstream rotating materials 5500 stacked in the inside of the power generating aberration rotating material discharge port 3388 are filled in the inside of the upflow pipe 3390 and the power generating airstream rotating material discharge port 3188, The aeration control valve 5800 is opened and the power generation airstream rotating and discharged through the upflow pipe 3390 and the power generation airstream rotating material discharge port 3188 is continuously rotated while pumping the power generation airstream rotating materials 5500 continuously, The power generation airstream rotating material 5500 that has been continuously transferred to the feed pump 3380 by using the transverse conveying belt 2900 while continuously producing electricity using the materials 5500, And the electric power is continuously produced by continuously rotating the power generating aberration 3000 using gravity acceleration action and gravity acceleration action naturally generated through successive repetitive operations of pumping Environmentally friendly power generation method that continuously produces electricity using right angle falling power generation facility for gravity acceleration action
A process of dredging the bottom deeper into the deeper depth than the bottom surface line (2580) of the existing water reservoir or existing sugar reservoir (1800) in the reservoir;
Forming a middle reservoir 8350 at an intermediate portion of a reservoir device or a dam or a reservoir 1800 constructed using a hydrological gate to form a reservoir space 1199 and a reservoir reservoir 1188;
And connecting water pipes (1958, 1959) to the one side and the other side of the intermediate granule (8350) in the shape of an inverted U shape;
A structure in which an amphibious pump 1955 configured to be pumped to the upper side of the intake pipes 1958 and 1959 by being pumped in one direction or being pumped in the other direction is combined;
Closing valves 1962 and 1963 at one side and the other side of the intake pipes 1958 and 1959;
In order to generate gravity action and gravitational acceleration action on one side and the other side of the intake pipes (1958, 1959), the upper part is narrowed and the lower part is made to fall perpendicularly into a wide trumpet shape Forming exhaust pipes (1956, 1957);
A structure in which exhaust control valves (1960, 1961) are disposed on top of the gravity acceleration action generating exhaust pipes (1956, 1957);
The gravity-accelerating discharge pipe (1956, 1957) is connected to the discharge pipe (1956, 1957) for generating electricity, and a generator (3000) The discharge control valve 1960 and the opening and closing valve 1963 constituting the upper end of the pipe 1956 are closed and the water intake pipe 1958 and the discharge pipe 1957 for generating the gravitational acceleration action, The pump 1955 is used to pump about 80% to 95% of the total amount of the power generation water stored in the one water storage space 1199 to the other water storage space 1188 so that the lower end of the discharge pipe 1957 for generating gravity acceleration action The discharge control valve 1960 and the open / close valve 1963, which are closed after the electricity is generated by continuously rotating the water pump 3000, The power generation water stored in the other side water storage space 1188 is supplied to the water intake pipe 1959 and the gravity acceleration operation effected in the state where the control valve 1961 and the opening and closing valve 1962 are closed, By pumping 80% to 95% of the total amount of the power generation water stored in the other side water storage space 1188 to the one side water storage space 1199 by using the discharge pipe 1956 and the pumping water pump 1955, (20000), which is a natural-friendly eco-friendly pumped-water generation system (20000) for continuously generating electricity by continuously rotating the water turbine (3000) constructed at the lower end of the generation discharge pipe (1956) Eco-friendly environment-friendly power generation method that continuously produces electricity using right angle falling power generation facility
In a power generation method for generating electricity using a water storage device constructed by installing a hydrological gate on a river or a river
A structure of a primary water storage device 7000 constructed by using a water gate in a river or a river;
A structure of the C-shaped river water inlet 1118 formed at the lower end of the primary water storage device 7000;
A structure of an inflow volume control valve 1170 coupled with the stream water inlet 1118;
A structure of a blocking net 888 blocking foreign matter flowing into the river water inlet 1118 and the inflow volume control valve 1170;
A structure of a descending pipe 580 configured such that the river water falls down at the end of the river water inlet 1118 according to the stream topography;
A structure of a rising pipe 5858 connected to the falling pipe 580 to move the falling river water upward;
A structure of the discharge port 3108 which is inclined at the end of the 慣 -shaped pipe transversely moved at the end of the uprising pipe 5858, the upper portion of which is narrow and the lower end thereof is of a trumpet type;
The structure of the secondary water storage device 6000 constructed at the downstream portion of the height difference of 3m to 100m from the primary water storage device 7000;
A storage structure of the aeration aberration chamber 591 coupled to the auger 3000 at a deeper position of about 1 m to about 50 m from the inner bottom 590 of the secondary water storage device 6000;
A structure of a river water outlet 592 formed downstream of the power generating aquaria manipulator 591;
A structure of the power generation aberration operation room 591 and a discharge pipe 3100 for generating a gravitational acceleration action formed on the power generation aberration 3000;
A structure of the gravity acceleration action generating vessel 5000 having an upper part and a lower part at the upper part of the discharge pipe 3100 for generating a gravitational acceleration action;
A structure of a discharge control valve 5800 formed at one side of the gravity acceleration action generating discharge pipe 3100;
A structure of the re-feed pipe 5120 starting from the bottom of the bed of the secondary water storage device 6000 and configured in a L-shaped form;
A structure of the feedwater pump 2200 formed at one side of the re-feed pipe 5120;
A structure of a secondary gravity acceleration action container 5260 formed at an end of the re-supply pipe 5120;
A structure of the secondary discharge pipe 5250 coupled with the secondary gravitational acceleration action container 5260;
The inflow amount control valve 1170 constituted in the primary water storage device 7000 having the structure of the secondary power generation aberration 5130 formed at the lower end of the secondary discharge pipe 5250 is closed, After the first power generation water 1100 is filled in the apparatus 7000 and the discharge amount control valve 5800 is closed and the inflow amount control valve 1170 is opened to open the inside of the gravity acceleration action generating vessel 5000 And then discharging the primary power generation water 1100 stored in the primary water storage device 7000 by rotating the power generation waterway 3000 by opening the discharge amount control valve 5800. [ Electricity is produced until 80% ~ 95% of the amount of electricity is consumed and then the secondary power generation water 6100 stored in the secondary water storage device 6000 is supplied to the water supply pump 2200 To 80% to 90% of the inside of the primary water storage device 7000, The secondary power generation auger 5130 is pumped while being pumped, and at the same time, the secondary power generation auger 5130 is rotated to produce the primary electricity. The gravity acceleration action is weighted and generated, Friendly, eco-friendly power generation method that continuously produces electricity
Item 1 to 14
The lower end of the gravity acceleration action discharge pipe 3100 is configured as a double height adjustment pipe 5811 to freely adjust the size of the gravity acceleration action discharge pipe 3100, A double height regulating pipe 5811 constituted by a vertical elevating device 5810 configured to be vertically adjustable on one side of the pipe 3100 and then coupled to the double height regulating pipe 5811 on the other side of the lower end of the vertically elevating device 5810, 5811);
A structure in which a double height regulating pipe 5812 is formed on the upper side of the exhaust pipe 3100 for generating a gravitational acceleration action so as to be adjustable in vertical height;
A structure of a power generating aberration 3000 formed at a lower end of the double height adjusting pipe 5812;
A structure of a vertically moving pipe 5813 which is combined with a gravitational acceleration action generating vessel 5000 having a wide upper portion and a narrower lower portion to generate a gravitational acceleration action;
The vertically moving pipe 5813 is inserted into the inside of the double height adjusting pipe 5812 so as to adjust the vertical height thereof.
The height adjustment device 5813 is installed on one side of the up-and-down pipe 5813 and on the other side of the double-height adjusting pipe 5812, And a gravity-accelerating action discharge generating pipe (3100) for generating a gravitational acceleration action. The present invention relates to an apparatus for generating electricity by gravity and a gravity acceleration generating device for generating electricity by continuously constituting a primary water storage device to a 10-charge water storage device which are multi- Eco-Friendly Development Method The method according to any one of claims 1 to 2 to 3 to 4 to 5 to 6 to 7 to 8 to 9 to 10 to 11 to 12 to 13
After the electricity generated by the pumped-storage power generation is stored in the storage battery using the primary storage device and the secondary storage device, the electricity stored in the side battery is used to re-pumping the power generation water to the storage device located at a high place in the low- Friendly, eco-friendly pumped-storage power generation facility that utilizes a gravitational force and gravitational accelerating action to generate electricity. In claims 1 to 2 to 3 to 4 to 5 to 6 to 10,
Characterized in that the power generation water conveyance passage is formed by an open discharge method in which the structure of the power generation water conveyance discharge pipe and the gravity acceleration action discharge pipe is inclined, and thereafter a power generation waterway is installed at the end of the conveyance passage, Friendly and eco-friendly power generation method that continuously produces electricity by using the right angle falling power generation facility for the action of gravity acceleration action
The method of claim 13, wherein
The pumped power generation system (20000) is installed in the sea, and pumped-water power is generated using seawater. The gravity action and the environmentally friendly environment friendly Power generation method

Images