Honeycomb Hydrogenerator

Abstract

A honeycomb type water-wheel power generator comprises at least two water wheels and a power generator body, wherein the water wheels are connected with the power generator body, and the power generator body is connected with a power grid through a cable; specifically, a honeycomb carrier and a speed change mechanism are included, and the honeycomb carrier is provided with containing chambers; and the number of the containing chambers is correspondingly coincident with the number of the water wheels. The water wheels are arranged in the containing chambers and are fixed through rotating shafts, and the speed change mechanism is provided with ratchet wheels, transmission mechanisms and power output chains; the rotating shafts are sleeved with the ratchet wheels, and the adjacent water wheels are connected with the ratchet wheels through the transmission mechanisms; the ratchet wheels are arranged in the power output chains and the water wheels adjacent to the power output chains are connected with the power output chains through the transmission mechanisms; and the power output chains are connected with the power generator body. The honeycomb type water-wheel power generator is not limited by a water terrain, a dam does not need to be built for water accumulating, and in all natural flow-state water areas, power generation can be achieved; and the honeycomb type water-wheel power generator has the advantages of being simple in structure, low in manufacturing cost, large in power generation amount and the like.

Description

Technical field [0001] The invention relates to the field of generators, in particular to a honeycomb hydroelectric generator. Background technique [0002] With the development of social economy, electric energy has become an essential energy source in people's daily life and work. At present, the source of electricity in our country mainly relies on thermal power and hydropower. Thermal power is the heat generated by burning coal to drive a generator to rotate and generate electricity. This type of generator requires a large amount of coal to burn, which can easily cause smog and seriously pollute the atmosphere. Environment, and coal is a non-renewable energy source. Long-term coal-fired power generation is obviously inconsistent with the country’s energy conservation and environmental protection policies, and is not conducive to the country’s sustainable development. [0003] In order to adapt to the national energy conservation and environmental protection policy, hydroelectr...

AI Technical Summary

Problems solved by technology

However, the construction of hydroelectric power stations is greatly restricted by geographical conditions. Power generation can only be realized by building dams and storing water in waters with large water level drops. The area is large, and large-scale construction projects will cause serious damage to the local ecological environment. In addition, due to the construction of high dams in existing power stations to raise the water level, the impact energy of the water flow is large, and the speed of the generator water wheel will be high, which will Blocking the flow of water, thus blocking the migration of ecological fish schools and destroying the ecology of the watershed

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