Combined pressurized circulating hydroelectric unit

Abstract

A combined pressurized circulating hydroelectric unit comprises a circulating water tank, one or more impellers, generators and a water pump, wherein the one or more impellers are mounted on at least one tank wall edge of one side of the circulating water tank and can be mounted on the single edge as well as be mounted oppositely on two edges; each impeller mounting position of the circulating water tank adopts an outward bulging half-round structure; one or more impellers can be mounted, one generator is connected with one or two ends of each impeller; the water pump is mounted on the other side of the circulating water tank; after the circulating water tank is filled with water, a water tank cover comprising an air hole covers the circulating water tank, the water pump is started up through external electricity to drive the water in the water tank to flow continuously and circularly, the sufficient flow pressure is provided to drive the multiple impellers to rotate continuously, rotation of each impeller drives each connected generator to start continuous generation, at the moment, the external electricity for starting up the water pump is disconnected, part of the electricity generated by the device is supplied for long-term operation of the water pump instead, and the majority of the electricity generated by the device is output, so that the continuous, sable and efficient electricity generation and supply effects can be realized. Descriptions of appended drawing marks are as follows: 1-the circulating water tank, 2-the water tank cover comprising the air hole, 3-the half-round bulging structure of the circulating water tank wall edge, 4- the impeller, 5-the generator, and 6-the water pump.

Description

[0001] 【English invention name】Combinable pressurized circulating hydroelectric unit 【Technical field】 [0002] [1] The present invention relates to a combined pressurized circulation hydroelectric power generation device composed of a circulating water tank, an impeller, a generator, and a water pump. [0003] 【2】Hydroelectric power generation uses the kinetic energy of water flow to drive the generator to rotate to generate electricity. Based on this basic principle, the present invention integrates water, rotating impellers, generators, and water pumps and places them on and in a circulating water tank. Please refer to Figure 1 As shown, the water in the water tank is driven by the water pump to form a circulating water flow. The water flow continues to drive the impeller to rotate, and the impeller rotates to drive the connected generator to run and generate electricity. The connection between the impeller and the generator depends on the speed of rotation. It can be direc...

AI Technical Summary

Problems solved by technology

[0005] Regardless of any kind of hydroelectric power generation device, its basic principle is to use the kinetic energy of water flow or water drop to drive the generator to generate electricity. The currently widely used hydroelectric power generation methods are still limited to large-scale power generation facilities built by dams attached to rivers, but Dams and large-scale hydropower facilities cannot be built in large quantities due to the constraints of the natural environment and other conditions. Although there are various creations and designs for smaller hydropower installations, there is still no feasible solution suitable for specific implementation or universal application. Hydropower, an environmentally friendly, non-polluting, low-cost, and high-efficiency power generation method, cannot break through the limitations and vigorously develop it

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