A high-efficiency water-saving hydroelectric power generation device

Abstract

A water power generator, comprising a base plate (1), a support frame (2), an water inlet compartment (3), a first electricity-generating apparatus (4), a second electricity-generating apparatus (5), a connection apparatus (6) and a third electricity-generating apparatus (7). On the base plate (1) is provided a first supporting block (11) and a material-receiving container (12). The support frame (2) comprises a first frame (21), a first supporting rod (22), a second frame (23), a third frame (24), a fourth frame (25), a second supporting rod (26) and a third supporting rod (27). On the water inlet compartment (3) is provided a first filter (31), a second filter (32), first baffle (33), a third filter (34) and a first through-hole (35). The first electricity-generating apparatus (4) comprises a first frame body (41), a first inclined plate (42), a first rotating wheel (43), a first protruding block (44), a second inclined plate (45), a first vertical rod (46), a second vertical rod (47) and a second rotating wheel (48). The second electricity-generating apparatus (5) comprises a second frame body (51), a fifth through-hole (52), a first moving rod (53), a first horizontal rod (54), an iron rod (55), a third frame body (56), a magnet (57), a first fixed frame (58), a first water outlet pipe (59) and a first spring (50). The connection apparatus (6) comprises a first connection pipe (61) and a second connection pipe (62). The above water power electricity-generating apparatus can fully utilize water energy and efficiently convert water power into electricity, and has a high conversion efficiency.

Description

technical field [0001] The invention relates to the technical field of hydropower generation, in particular to a high-efficiency water-saving hydropower generation device. Background technique [0002] At present, energy is a precious resource that human beings rely on for survival on the earth. Without energy supply, the modern living style of human beings will be changed, and the continuous consumption of traditional fossil energy will not only make energy increasingly scarce, but also bring a series of social problems. Problems, such as air pollution, seriously threaten the living environment of human beings. [0003] Traditional hydroelectric power generation requires the manufacture of large reservoirs, and the reservoirs need to be multi-group. When applied, the requirements for the drop and flow of the water flow are high, and the water flow with a certain impact is required to turn the waterwheel and drive the generator to generate electricity. Not only is the cost ...

AI Technical Summary

Problems solved by technology

[0003] Traditional hydroelectric power generation requires the manufacture of large reservoirs, and the reservoirs need to be multi-group. When applied, the requirements for the drop and flow of the water flow are high, and the water flow with a certain impact is required to turn the waterwheel and drive the generator to generate electricity. Not only is the cost high, it cannot be miniaturized, but it also requires proper terrain installation, and cannot make full use of various water resources, so it is difficult to promote

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