Circulating water hydroelectric power station constructed through interaction of self-weight of water bodies and buoyance

Abstract

The invention relates to a circulating water hydroelectric power station constructed through interaction of self weight of water bodies and buoyance. The circulating water hydroelectric power station comprises a partitioning reservoir, a water injection pump, a water injection pipe, a water supply pipeline, a water tank, a water delivering pipe, a water turbine, a water pumping cylinder body, a water replacing box body, a gravity cylinder body, a buoyance box body, a water pumping cylinder body piston disk, a gravity cylinder body piston disk, piston disk connecting rods and a water replacing box body drain pipe. Through the adoption of the technical scheme adopted by the circulating water hydroelectric power station disclosed by the invention, under the premise of without dependence on or drawing support from other outside force, and without consumption of energy sources such as fossil, only the original self weight of the water bodies and the characteristics of the buoyance are utilized, the self weight of the water bodies and the buoyance mutually utilize the force of the other part in a device system which is artificially mounted, so that after the water bodies and required water quantity continuously and automatically operate to any required height which is artificially set to form a required drop height, and then through a water guiding device system and a water delivering pipeline, the water bodies and the water quantity flow past the water turbine, so that the water turbine acts to produce electric energy.

Description

technical field [0001] The invention relates to the technical field of hydroelectric power generation, in particular to a method for constructing a circulating water hydroelectric power station by using the interaction between water body self-weight and buoyancy. Background technique [0002] With the increasing demand for electric energy, people have successively invented hydropower, thermal power, nuclear power, wind power, photoelectricity, and many power generation methods that use ocean temperature difference, ocean currents, waves, tides, etc., which are under exploration or research and development, but these There are some unsatisfactory places in the power generation methods. For example, the existing hydropower stations basically choose suitable locations or sections of the river to block the river and build dams to create corresponding reservoir areas and height differences. To obtain electric energy, but it will permanently occupy part of the farmland and cultiva...

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Problems solved by technology

[0002] With the increasing demand for electric energy, people have successively invented hydropower, thermal power, nuclear power, wind power, photoelectricity, and many power generation methods that use ocean temperature difference, ocean currents, waves, tides, etc., which are under exploration or research and development, but these There are some unsatisfactory places in the power generation methods. For example, the existing hydropower stations basically choose suitable locations or sections of the river to block the river and build dams to create corresponding reservoir areas and height differences. To obtain electric energy, but it will permanently occupy part of the farmland and cultivated land while building the reservoir area, relocate immigrants and change or destroy the ecological environment of the river from then on, and after the built reservoir area is used for a certain period, it will eventually be destroyed by sediment Such easy-to-deposit sundries are silted up and scrapped, leaving endless difficult problems for future generations; thermal power basically uses one-time fossils and other energy sources, and uses limited and non-renewable fossils and other energy sources to obtain electrical energy, not only bur

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