Power station of running water

Abstract

A flowing water power station directly acquires potential energy from the river water to generate electricity. The place having large river hypsography is chosen and a power station on the side of the riverbed is built. The power station is composed of a water intake part, a turbine running field part, a power transfer part, a generator producing field part and a water output part. The river flowing water is introduced into the turbine running field and then return to the downstream river after driving the turbine unit run. The generator can obtain enough power (needed rotate speed and power) to generate electricity for whole day by applying a waterwheel splicing type turbine with the flowing water push force as power and a method for acquiring flowing potential energy time after time, and operating a drive mechanism and a speed regulator.

Description

1. Technical field [0001] The invention relates to the application of new ideas in water conservancy and electric power engineering, and the technical field of generating electricity in streams and rivers in mountainous areas. 2. Background technology [0002] Water resource is a precious renewable resource, which has been recognized and utilized by people for a long time. For example: Waterwheels (using the potential energy of streams and rivers to change them into kinetic energy) are production tools used by farmers in mountainous areas for irrigation, rice milling, papermaking, and flour milling. The progress of the times makes it gradually disappear. Now, its traces can still be found in Lijiang City, Yunnan Province. There are two waterwheels standing in the creek at the mouth of Dayan Ancient City in Lijiang, a scenic spot. People can appreciate the style of this ancient civilization that has disappeared; in Oujiang River, Zhejiang Province An ancient natural village...

AI Technical Summary

Problems solved by technology

But there is an unsolvable problem: the construction of the reservoir area requires a large amount of land, and the reservoir water floods villages and forests, causing soil erosion, destroying the ecological environment, and burying hidden safety hazards. Once the dam in the reservoir area encounters unexpected dangers, It will cause immeasurable harm to the life and property of the people in the downstream of the reservoir area

For this reason, the water conservancy and electric power industry has the consequences of not being able to develop sustainably and rapidly

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