TW202408149A - Green energy composite self-circulation power generation system characterize by integrating solar energy and water power to achieve the eco-friendly effect of green energy power generation and the effect of performing self-circulating operation to maintain power generation efficiency - Google Patents

Abstract

A green energy composite self-circulation power generation system includes: a solar power generation equipment; a water tower; a water pool equipment having a water pool, a submersible water pump and a water hammer pump, wherein the submersible water pump is electrically connected to the solar power generation equipment to pump the water from the water pool into the water tower; a power generator set having a turbine, an over-distance gain unit and a power generator, wherein the turbine is connected to the water tower and the water hammer pump, the water in the water tower flows through the turbine to cause the turbine to generate rotational kinetic energy, the water flowing through the turbine flows to the water hammer pump and then the water hammer pumps water back to the water tower, the over-distance gain unit is connected to the turbine to receive the kinetic energy of the turbine to perform an accelerated output, the generator is connected to the over-distance gain unit to receive the kinetic energy of the over-distance gain unit to convert it into electric power and output the electric power; and a battery equipment electrically connected to the power generator, used to store the electric power outputted by the power generator, and output the electric power. Thereby, the present creation integrates solar energy and water power to achieve the eco-friendly effect of green energy power generations and the effect of performing self-circulating operations to maintain power generation efficiencies.

Description

Green energy composite self-circulation power generation system

This creation is related to power generation equipment, more specifically, it refers to a green energy composite self-circulation power generation system.

According to the situation, in the context of the surge in global electricity consumption, not only the power supply is seriously insufficient, but the electricity bill has also increased significantly. Therefore, many manufacturers or electricity users will purchase their own generators as emergency backup power generation or even directly as normal power supply equipment.

However, currently common power generation equipment is mainly divided into two types: traditional energy-consuming type and green energy type. The traditional energy-consuming type is represented by fuel-fired generators. However, because it consumes a huge amount of fuel, it is not cost-effective and not efficient. environmental protection. Another type of green energy power generation equipment is mainly based on solar energy, hydropower, and wind power. Solar power, hydropower, and wind power generation equipment are all independent systems, and the power generation efficiency of each of them is not high, so most of them are only used as auxiliary equipment. or emergency backup. Therefore, how to develop power generation equipment while improving power generation efficiency while maintaining environmental protection has become an urgent issue that power generation equipment manufacturers currently need to solve.

In view of this, in order to improve the previous technology, the traditional energy-consuming type of conventional power generation equipment has problems such as excessive energy consumption, while the green energy type has low power generation efficiency. For this reason, this invention provides a green energy composite self-circulation The power generation system includes: a solar power generation equipment, which is used to collect solar energy, convert photoelectricity into electricity and then output it; a water tower, located at a high place, with To contain water; a pool equipment has a pool located at a low level, a submersible pump placed in the pool, and a water vertical pump located above the pool. The pool is used to contain water. The submersible pump and the The water vertical pumps are each connected to the water tower through pipelines. The submersible water pump is electrically connected to the solar power generation equipment, so that the solar power generation equipment provides the power required for the operation of the submersible water pump, and the submersible water pump moves the water in the pool. Water is pumped into the water tower; a generator set has a turbine, an over-distance force gain unit and a generator. The turbine is connected to the water tower through a first pipeline, and the water in the water tower passes through the first pipeline. Flows through the turbine, causing the turbine to generate rotational kinetic energy. The turbine is connected to the water vertical pump through a second pipeline, so that the water flowing through the turbine flows to the water vertical pump through the second pipeline. From the water The vertical pump transmits water back to the water tower. The over-distance force gain unit is connected to the turbine to receive the kinetic energy of the turbine and perform acceleration output. The generator is connected to the over-distance force gain unit to receive the over-distance force gain unit. The kinetic energy of the power gain unit is converted into electric power for output; a battery device is electrically connected to the generator to store and output the electric power output by the generator; thereby, the invention combines solar energy and hydraulic power It should be integrated to achieve the environmental protection effect of green energy power generation and the effect of self-circulating operation to maintain power generation efficiency.

100: Green energy composite self-circulation power generation system

10:Solar power generation equipment

11:Solar panel

12: Solar energy storage

20:Water Tower

30: Pool equipment

31:Pool

32: Submersible pump

321:Pipeline

33:Water vertical pump

331:Pipeline

40:Generator set

41:Turbine

411:First pipeline

412:Second pipeline

42: Motor

43: Over-distance force gain unit

44:Generator

50:Battery equipment

60:Load

Figure 1 is an organizational block diagram of a preferred embodiment of the present invention.

Figure 2 is a perspective view of the over-distance power generation equipment in the embodiment shown in Figure 1 .

In order to enable your review committee to have a further understanding and recognition of the features and characteristics of this creation, the following preferred embodiments are listed below and explained with drawings:

Please refer to Figure 1 and Figure 2, which is a preferred embodiment of this invention. The green energy composite self-circulation power generation system 100 mainly includes a solar power generation equipment 10, a water tower 20, a pool equipment 30, a generator set 40 and a battery equipment 50, including:

Please refer to Figure 1. The solar power generation equipment 10 has a plurality of solar panels 11 and at least one solar energy storage device 12 electrically connected to the solar panels 11. The solar panels 11 are used to collect solar energy and convert photoelectricity into electricity, and then the solar energy storage device 12 stores and outputs the electricity.

Please refer to Figure 1. The water tower 20 is located at a high place and is used to contain water.

Please refer to Figure 1. The pool equipment 30 has a pool 31 located lower than the water tower 20, a submersible pump 32 placed in the pool 31, and a vertical water pump 33 located on the pool 31. . The pool 31 is used to hold water. The submersible pump 32 is electrically connected to the solar energy storage device 12 of the solar power generation equipment 10 . The submersible pump 32 and the vertical water pump 33 are connected to the water tower 20 through pipelines 321 and 331 respectively. Connected.

Please refer to Figures 1 and 2. The generator set 40 has a turbine 41, a motor 42, an over-distance force gain unit 43 and a generator 44. The turbine 41 is connected to the water tower 20 through a first pipeline 411, and then connected to the water vertical pump 33 through a second pipeline 412. The motor 42 is connected to the turbine 41, and the over-distance force gain unit 43 The generator 44 is connected to the turbine 41 to receive the power of the turbine 41 and perform acceleration output. The generator 44 is connected to the over-the-range force gain unit 43 to receive the kinetic energy of the over-the-range force gain unit 43 and convert it into electric power for output. By.

Please refer to Figure 1. The battery device 50 is electrically connected to the generator 44 of the generator set 40, and is used to store and output the power output by the generator 44. The battery device 50 is electrically connected to the motor 42 and the submersible pump 32 of the pool device 30 .

Therefore, the above is a green energy composite provided by a preferred embodiment of the present invention. The various components of the self-circulation power generation system 100 and their combination methods are introduced, and then their usage characteristics are introduced as follows:

Please refer to Figure 1. First, the solar panels 11 of the solar power generation equipment 10 are used to collect solar energy for photoelectric conversion into electricity. The solar energy storage device 12 stores and outputs the electricity to the submersible pump of the pool equipment 30. 32. Make the submersible pump 32 have sufficient power to pump the water in the pool 30 into the water tower 20 through the pipeline 321, and the water in the water tower 20 passes through the potential energy (from high to low). The first pipeline 411 flows through the turbine 41 of the generator set 40, causing the turbine 41 to generate rotational kinetic energy, and the kinetic energy generated by the turbine 41 is transmitted to the over-range force gain unit 43, so that the over-range force is After the gain unit 43 accelerates (that is, increases the rotational kinetic energy), it is then transmitted to the generator 44 so that the generator 44 converts the kinetic energy into electrical energy, that is, generates electricity and outputs it to the battery device 50 for storage, or directly The generator 44 outputs electric power to other loads 60 (ie, electrical equipment other than the present invention) for use.

Among them, when the water in the water tower 20 passes through the turbine 41 of the generator set 40, it will enter the water vertical pump 33 through the second pipeline 412, so as to utilize the characteristics of the water vertical pump 33 itself. Then, part of the water is transmitted to the water tower 20 through the pipeline 331 (other water that is not transmitted by the vertical water pump flows into the pool and is transmitted back to the water tower by the submersible pump).

In this way, the solar power generation equipment 10 of the present invention can provide power to the submersible pump 32 of the pool equipment 30, and the submersible pump 32 transfers the water back to the water tower 20, and the water in the water tower 20 can flow out to drive the generator set 40. The turbine 41 generates rotational power, which is accelerated by the over-distance force gain unit 43 and then transmitted to the generator 44 to generate electricity, which is stored and output by the battery device 50 to other loads 60 for use, and Achieve the functions of power generation and storage.

Moreover, the water flowing through the turbine 41 will then pass through the vertical water pump 33 and the submersible pump 32 And it is transmitted back to the water tower 20 for continuous recycling, thereby achieving the function of recycling power generation.

In addition, when the amount of water in the water tower 20 is insufficient or the power stored in the solar power generation equipment 10 is insufficient. The electricity stored in the battery device 50 can be released and output to the motor 42 of the generator set 40 and the submersible pump 32 of the pool device 30, so that the motor 42 can still drive the turbine 41 to rotate to generate rotational power, and still The submersible pump 32 can pump water from the pool 31 into the water tower 20 to maintain the operation of the invention and enable continuous power generation.

Therefore, this invention integrates solar energy and water power to form a new power generation system, which not only achieves the environmental protection effect of green energy power generation, but also can perform self-circulating operation to maintain power generation efficiency. It is extremely suitable for use in factories, outdoors, and on hillsides. to use.

Secondly, in this creation, the over-distance force gain unit 43 of the generator set 40 uses the characteristics of magnetic repulsion or attraction to accelerate the rotation, so that the power generation efficiency can be improved by accelerating the rotation.

The above disclosures are only preferred embodiments provided by this invention and are not intended to limit the implementation scope of this invention. All equivalent changes made by relevant skilled persons in this technical field based on this invention should be covered by this invention. range.

100: Green energy composite self-circulation power generation system

10:Solar power generation equipment

11:Solar panel

12: Solar energy storage

20:Water Tower

30: Pool equipment

31:Pool

32: Submersible pump

321:Pipeline

33:Water vertical pump

331:Pipeline

40:Generator set

41:Turbine

411:First pipeline

412:Second pipeline

42: Motor

43: Over-distance force gain unit

44:Generator

50:Battery equipment

60:Load

Claims (7)

A green energy composite self-circulation power generation system, including: 1. Solar power generation equipment, used to collect solar energy, convert photoelectricity into electricity and then output it; A water tower located at a high place to contain water; A pool equipment has a pool located at a low level, a submersible pump placed in the pool, and a water vertical pump located above the pool. The pool is used to contain water. The submersible pump and the water vertical pump are each borrowed from The pipeline is connected to the water tower, and the submersible water pump is electrically connected to the solar power generation equipment, so that the solar power generation equipment provides the power required for the operation of the submersible water pump, and the submersible water pump pumps the water in the pool to the water tower. within; A generator set has a turbine, an over-distance force gain unit and a generator. The turbine is connected to the water tower through a first pipeline. The water in the water tower flows through the turbine through the first pipeline, so that the The turbine generates rotational kinetic energy, and the turbine is connected to the water pump through a second pipeline, so that the water flowing through the turbine flows to the water pump through the second pipeline, and the water pump transfers the water back to the water pump. In the water tower, the over-the-range force gain unit is connected to the turbine to receive the kinetic energy of the turbine and perform acceleration output. The generator is connected to the over-the-range force gain unit to receive the kinetic energy of the over-the-range force gain unit and convert it. Those who export electricity; A battery device is electrically connected to the generator and used to store and output the electric power output by the generator. The green energy composite self-circulation power generation system as described in claim 1, which has a plurality of solar panels and at least one solar energy storage device electrically connected to the solar panels, and the solar panels are used to collect solar energy for photoelectric conversion. After generating electricity, the solar energy storage device stores and outputs the electricity; the solar energy storage device is electrically connected to the submersible pump. The green energy composite self-circulation power generation system as described in claim 1, wherein the The generator set further has a motor, which is connected to the turbine. The battery device provides the power required for the operation of the motor, and the motor drives the turbine to rotate. The green energy composite self-circulating power generation system as described in claim 1, wherein the battery equipment is electrically connected to the submersible pump, so that the battery equipment provides the power required for the operation of the submersible pump. The green energy composite self-circulation power generation system as described in claim 1, wherein the over-distance force gain unit uses magnetic force to accelerate rotation. The green energy composite self-circulation power generation system as described in claim 5, wherein the magnetic force of the over-distance force gain unit is magnetic repulsion. The green energy composite self-circulation power generation system as described in claim 5, wherein the magnetic force of the over-distance force gain unit is magnetic attraction.

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