Reinforced type wind-driven generator

Abstract

The invention relates to a reinforced type wind-driven generator which fundamentally solves the problems of poor mechanical strength, large execution difficulty, poor practicability and the like existing in the existing large-sized wind-driven generator. The reinforced type wind-driven generator has the technical key points that both ends of a central shaft of an impeller group are assembled on a central shaft bracket arranged on a rotating disc type platform by utilizing a bearing and a bearing seat, the root of a vane of the impeller group is fixed on a vane connecting sleeve on the central shaft, the tip of the vane is fixed on the wheel edge of the impeller group, the middle part of the vane is fixed on a transmission support ring arranged between the central shaft and the wheel edge, both sides of the vane connecting sleeve on the central shaft are respectively provided with an inclined pull rope fixing disc fixed with an inclined pull rope, the other end of the inclined pull rope penetrates through the transmission support ring to be fixed with the wheel edge, the vane is additionally provided with a vane inclined pull rope which is connected with the inclined pull rope fixing disc, and an impeller support rack used for supporting the impeller group is fixedly installed on the rotating disc type platform. The stress of the vane of the reinforced type wind-driven generator is uniform, the vane of the reinforced type wind-driven generator can be assembled on the spot, and the reinforced type wind-driven generator has wide speed adjustable range and does not need a transmission case. The reinforced type wind-driven generator is suitable for various wind-driven power generation places.

Description

technical field [0001] The invention relates to a reinforced wind power generating device, in particular to a strong and efficient reinforced wind power generator with super large impellers, which is suitable for various wind power generating places. Background technique [0002] At present, most of the widely used large-scale wind power generation devices powered by wind energy use blades on the traditional hub or blades between the central shaft and the wheel rim. Such power generation devices have fewer blades, so for the overall impeller, the force of the wind The smaller the impeller, the lower the efficiency. Both of these two impeller structures have the disadvantages of fewer blade fulcrums and poor mechanical strength. If you want to increase the length of the blades to improve the power generation efficiency, the blades will be easily bent and damaged when encountering strong winds. , is not suitable for large-scale power generation devices, so the improvement of t...

AI Technical Summary

Problems solved by technology

It fundamentally solves the problems of poor mechanical strength, difficult implementation and poor practicability of existing large-scale wind turbines. At the same time, its blades are evenly stressed, prolonging the service life of the whole machine

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