Artificial controllable power generation method utilizing water resources

Abstract

The invention relates to a hydroelectric generation device which is a power generation system which is arranged beside a water resource or in water such as an ocean, a reservoir, a river, a river, a lake and the like, utilizes inexhaustible water resources and is artificially controllable, so that the aim of generating power by recycling the water resources without exhaustion is achieved, and the power generation is generated for at least more than two times. By the implementation of the invention, the water of the power generation resource is inexhaustible, the power generation cost is low, the power generation process is environment-friendly and pollution-free, the structure is easy to arrange, the power generation can be carried out only by avoiding the dangerous areas and seismic zones with seawater backflow or tsunami, and the power generation cost is low. The water resource and man-made controllable power generation system provided by the invention can provide continuous electric energy supply.

Description

Technical Field

[0001] 1. Recycling technology for renewable resources 2. Hydropower Generation Technology Background Technology

[0002] With the advancement of technology and the spread of civilization, the energy consumption of humankind is increasing daily, making energy resources a prerequisite for national development as an integral part of infrastructure. Developing energy technologies and ensuring a sufficient supply of electricity can effectively improve the quality of life and serve as a driving force for national development. Currently, the most common ways to obtain energy include thermal power, hydropower, natural gas, solar cells, wind power, and nuclear power. However, energy acquisition methods other than hydropower, solar cells, and wind power generate significant environmental pollution. Therefore, given the current rise in environmental awareness, the development of renewable energy sources such as hydropower, solar cells, and wind power has received considerable attention. Summary of the Invention

[0003] Currently known renewable energy sources such as hydropower, wind power, and solar power all suffer from the drawback of being "dependent on the weather," meaning their instability is highly dependent on climate. Among renewable energy power generation methods such as hydropower, solar cells, and wind power, hydropower is the most stable and easiest to apply, and water is the world's most abundant resource.

[0004] In view of this, the inventor has devoted himself to research, design, and fabrication, aiming to provide a hydroelectric power generation device, a system that can be built next to or in water resources, such as the ocean, reservoirs, rivers, ponds, etc., utilizing inexhaustible water resources and a human-controlled power generation system, thus overcoming the disadvantage of "relying on the weather." By implementing the present invention, the following advantages can be achieved: Water, a resource for generating electricity, is inexhaustible.

[0005] Second, the power generation cost is low, stable, and controllable.

[0006] Third, the energy generation process is environmentally friendly and pollution-free.

[0007] Fourth, it can provide a continuous supply of electricity, enabling users to achieve "electricity freedom". The advantages of this novel invention are briefly described below: This invention generates electricity at least twice, taking advantage of the inexhaustible availability of water, and produces absolutely no pollution during the power generation process.

[0008] It can be done with virtually no impact on the ecological environment.

[0009] 3. The structure of this invention is easy to set up. As long as it avoids areas with seawater backflow, tsunami hazards, or earthquake zones, it can be constructed for power generation. This invention comprises the following apparatus: 01 Filter screen frame, 02 Large pipes, 03 Switch valves, 11 Inlet generator, 21 Speed-up pump, 12 Drain generator, 04 Sealed water storage tank, 13 Third generator, 05 Switch valves, 22 Drain pump (if necessary), 06 Drain check valve (Tesla valve) Attached Figure Description Figure 1 This is an overall structural diagram of the hydroelectric power generation device of the present invention. 01 Filter screen frame, 02 Large pipeline, 03 Switch valve, 11 Inlet generator, 21 Speed-up pump, 12 Drainage generator, 04 Sealed water storage tank, 13 Third generator, 05 Switch valve, 22 Drainage pump (if necessary), 06 Drainage check valve (Tesla valve), 07 Maintenance passage, 08 Tunnel boring machine, 09 Water area Figure 2 , Figure 3 Multiple units of underground hydroelectric power generation device next to water resources Figure 4 underwater hydroelectric power generation device Figure 5 Multiple units of underwater hydroelectric power generation device Specific implementation plan

[0010] The following is in conjunction with the appendix Figure 1 The apparatus and method of the present invention will be described in detail (but this is not a limitation on the scope of the present invention). A large pipe (02) connects a filter screen frame (01), a switch valve (03), an inlet generator (11), a speed-up water pump (21), and a drainage generator (12). There are three such pipes (the number of pipes can vary depending on the situation), and all of them drain water into a sealed water storage tank (04).

[0011] 2. The large pipe inlet is installed 3-5 meters below the water level, with a filter screen frame at the front end.

[0012] 3. Install a water inlet switch valve in front of the generator at the water inlet.

[0013] 4. The power generation is controlled by a speed-increasing water pump, which needs to be connected to a power source.

[0014] The generator at the 5th drainage point drains water into a sealed water storage tank and is connected to the third generator (13) via a pipe (02).

[0015] 6. Compressed air is injected into the sealed water storage tank to achieve greater water pressure, which is then connected to a third generator through a pipeline to generate electricity. This step of pressurizing the sealed water storage tank to generate electricity can be repeated multiple times.

[0016] 7. Install a switch valve (05) at the inlet of the drainage pipe (02), and a drainage check valve (06) (Tesla valve) at the outlet of the drainage pipe. If necessary, a drainage pump (22) can be installed, depending on the depth of drainage and water pressure. The core feature of this invention is: 1. By constructing multiple underwater spaces through pipes and sealed storage tanks, water flows from the surface to the bottom, generating electricity multiple times, and finally the water is discharged back into deeper water, thus ensuring that water resources are not depleted. (This overcomes the disadvantage of relying on the weather for water supply.) Two people artificially increased the water flow in the pipeline by using electric water pumps to control the power generation and reduce the depth of the building space in the water.

[0017] Compressed air is injected into the sealed water storage tank multiple times to achieve greater water pressure for power generation.

[0018] 4. This invention has two construction methods: In water (reservoir, riverbed, lakebed, and seabed): Installation and maintenance are inconvenient, and underwater operations are difficult.

[0019] Underground water resources (reservoirs, rivers, lakes, streams and seas): Underground space construction projects are large, but they are convenient for installation and maintenance. The breakthrough in the design concept of the above-mentioned novel power generation method utilizing water resources and human control has certain guiding significance for the development of new energy. The above description is only an actual design process innovation of the present invention and does not constitute any limitation on the present invention. All those who are interested in exploring the utilization of water energy may use the above-mentioned theoretical technology to make changes or modifications to equivalent cases. However, any alterations or modifications made to the above requirements based on the technical design theory of the present invention without departing from the technical design content of the present invention shall still fall within the scope of the technical solution of the present invention.

Claims

1. A method for generating electricity using water resources and with human control, characterized in that: The system consists of a large pipeline connecting a filter screen, a switch valve, an inlet generator, a speed-up pump, and a drainage generator. The water is drained into a sealed water storage tank, where compressed air is injected to achieve greater water pressure. The water pressure is then connected to a third generator through a pipeline to generate electricity. A switch valve is installed at the inlet of the drainage pipeline, and a one-way valve (Tesla valve) is installed at the outlet of the drainage pipeline.

2. According to claim 1, the method of generating electricity by utilizing water resources and being controllable by human intervention, the method of injecting compressed air into a sealed water storage tank to boost power generation can be repeated multiple times.

3. The core inventive feature of the power generation method utilizing water resources and controllable by human intervention as described in claim 1 is:

1. By constructing multiple spaces in the water through pipes and sealed water storage tanks, water from the surface flows to the bottom, generating electricity multiple times, and finally draining the water back to the deep water, the goal of ensuring that water resources are not depleted is achieved. 4.

2. Power generation and the depth of the building space in the water are controlled by artificially increasing the pressure and speed of water flow in the pipeline using electric water pumps.

5. Compressed air is injected into the sealed water storage tank multiple times to achieve greater water pressure for power generation.

6. This invention has two construction methods: underwater and underground next to water resources.

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