Power generating system using ocean tides

Abstract

A power generating system using ocean tides comprises a plurality of foundation fixing piles, water storage chambers, auxiliary water wheel power generators, water pumps, water storage towers and main water wheel power generators. The foundation fixing piles are fixed to the ocean floor, a sinking box is arranged at the tops of the foundation fixing piles, the water storage chambers are arranged in the sinking box, two water valves are arranged at the bottom of each water storage chamber, the output end of each water valve is connected with the corresponding auxiliary water wheel power generator through a water pipe, and the electric energy generated by each auxiliary water wheel power generator is connected with a power source of the water pumps through a wire. The water pumps pump sea water in the water storage chambers into the water storage towers for storage through pipelines. The water storage towers are arranged on the top of the sinking box, the main water wheel power generators are arranged at the bottoms of the water storage towers respectively, and the electric energy generated by all the main water wheel power generators is connected with a transformer substation through the output end of the power source and wires to be used for electric energy output.

Description

technical field [0001] The invention relates to a power generation system, in particular to a power generation system utilizing ocean tides. Background technique [0002] With the decrease of traditional coal and oil, the raw materials of thermal power generation are becoming more and more scarce, and have great damage to the environment; and the use of hydropower can overcome the defects of thermal power generation, but there must be enough water and let the water form With a large drop, the impact force of water is used to impel the hydroelectric generator to generate electricity. Existing hydroelectric power stations build dams on natural rivers to form large-capacity reservoirs. Its disadvantages are large capital investment, large waste of water resources, serious impact on the surrounding ecological environment, long construction period, and serious impact on hydraulic power. The scale and development of power generation, how to cleverly use the inherent characteristi...

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Problems solved by technology

Existing hydroelectric power stations build dams on natural rivers to form large-capacity reservoirs. Its disadvantages are large capital investment, large waste of water resources, serious impact on the surrounding ecological environment, long construction period, and serious impact on hydraulic power. The scale and development of power generation, how to cleverly use the inherent characteristics of the existing ocean tides that are not restricted by the natural environment, so that it can also generate electricity under artificial conditions, and provide people with cheap and environmentally friendly energy is a major issue of science and technology. A dream long pursued by workers and hydropower companies

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