A hydro-electric generator set

Abstract

The invention discloses a hydro-electric generator set, which comprises a fixation frame; a generator is arranged on the fixation frame; a plurality of set converters are arranged under the fixation frame in sequence; a water wheel component which can rotate after being driven by natural running water is arranged at the outlet end of each set converter; a transmission mechanism is arranged between the water wheel component and the generator; an adjusting device capable of adjusting water flux entering the water wheel component is arranged at the front end of the water wheel component under the fixation frame; the purpose of the invention lies in that shortcoming of current technology can be overcome; a hydro-electric generator set is provided with simple structure, capability of utilizing energy of natural current without a need of dam railing, and low power generation cost.

Description

【Technical field】 [0001] The invention relates to a hydraulic generator set. 【Background technique】 [0002] With the increasing supply and demand of energy and the gradual depletion, people have turned their attention to the research of new energy and new energy devices. New energy represented by wind energy and solar energy has gradually entered the practical stage. However, due to their low energy density per unit area, The investment is large, and the electric energy obtained is far from being able to compete with today's thermal power, hydropower, and nuclear power prices, which limits its promotion and use. [0003] However, the energy in the huge amount of rivers and ocean natural currents has not been well developed and utilized. According to relevant statistics, the total energy of rivers in mainland my country is 680 million KW, of which 380 million KW can be developed and utilized, and close to 100 million KW has been developed, accounting for 26.32% of the devel...

AI Technical Summary

Problems solved by technology

Just like this, for rivers with relatively dense populations and hydropower in plain areas, due to too much investment in damming and damming, the impact is wide and it is almost impossible to develop, such as the Pearl River Delta region in Guangdong, which is rich in water resources, and the Yangtze River Delta region in the south of the Yangtze River. This is the case, but the industry and commerce in the above-mentioned areas are relatively developed, and the power supply gap is large, so it has to be transferred from the west thousands of kilometers away. The input and line loss of such a long-distance power transmission will be very staggering, and the annual power will reach 131.4 billion KW. h~219 billion KW.h Therefore, it is very necessary to study a power device that can absorb the water flow energy in the Pearl River Delta region of Guangdong and the Yangtze River Delta region in the south of the Yangtze River without damming the river and is beneficial to the water ecological environment

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