Power generation system consisting of flexibly-connected clutch turbines

Abstract

A power generation system consisting of flexibly-connected clutch turbines relates to flexible connection and power generation technologies of turbines and is applicable to hydroelectric generation, ocean power generation, wind power generation and fluid kinetic energy or mechanical energy conversion. The power generation system is formed in the way that the plurality of clutch turbines are in series or parallel flexible connection to form a turbine set or a turbine group which is connected with a power generator through an output turning bar, the turbine set or the turbine group is arranged in river or sea in a submerging manner in the direction of water current or ocean current, or the clutch turbines are fixed on high-rising buildings or subjected to air floating and hauling suspension to utilize wind for power generation. As the plurality of clutch turbines are in flexible connection, the clutch turbines can be connected according to zigzagging of water current or ocean current geological environments; and the natural flow rate of water current or ocean current is fully utilized to impact and enable the clutch turbines to rotate, so that the power generator can generate power. The power generation system is low in construction cost, does not change the original ecology of the natural environment, and has the characteristics of high energy conversion efficiency, benefit and reliability and wide applicability.

Description

technical field [0001] The utility model relates to a power generation system formed by flexible connection of clutch turbines, relates to flexible connection of clutch turbines and turbine power generation technology, and is applicable to hydroelectric power generation, ocean power generation, wind power generation, and conversion of fluid kinetic energy and mechanical energy. Background technique [0002] Existing hydropower generation, in order to obtain a satisfactory hydropower effect, is often achieved by increasing the water level difference. Therefore, hydropower usually needs to block the river or build a dam to realize the water level difference on both sides of the dam body, and a A unit usually uses a single large-scale, heavy-weight giant turbine to drive the engine to generate electricity. Similarly, in the use of ocean water resources, a unit usually uses giant turbines to generate electricity, and wind resources also use giant turbines to generate electricity...

AI Technical Summary

Problems solved by technology

In addition, using marine water resources to generate electricity, since the generator is installed in seawater, the sealing requirements for the generator and electrical equipment are extremely high, and the manufacturing is difficult, expensive, and installation is also very complicated

The disadvantage of using wind resources to generate electricity is that in the existing wind power generation, giant turbines and generators must be placed on towering large-diameter steel pipes or reinforced concrete pipes, which requires a huge amount of high-altitude suspension construction investment

Moreover, the density of generating units installed in the wind field is low, which wastes wind resources

Therefore, the existing hydroelectric power generation projects, ocean power generation projects, and wind power generation projects are all expensive and have a long construction period, and their impact on geology and the environment cannot be underestimated.

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