Swirl windmill with wind guide plates

Abstract

The invention discloses a swirl windmill with wind guide plates, which consists of a wind wheel consisting of a windmill upright post (2) and fan blades (1), wind guide plates (3) and an electric energy conversion system, wherein the fan blades (1) are vertical blades vertical to the ground; a plurality of fan blades (1) are uniformly distributed at the periphery of the upright post (2) and are centrally symmetrical relative to the upright post (2); the paraxial side of each fan blade (1) is arranged on the upright post (2) through a bearing; and the periphery of the wind wheel is also provided with the wind guide plates (3) which are fixedly arranged vertical to the ground, uniformly distributed at the periphery of the wind wheel and centrally symmetrical relative to the upright post (2). Compared with the conventional windmill device of which the fan blades rotate around a horizontal shaft, the swirl windmill has less movable parts, and can be combined with buildings, so the swirl windmill has mature and simple mounting technique, low cost and good overturning resistance. The swirl windmill can be made large, so that the wind energy conversion rate is high, and the swirl windmill is suitable to be used in various environments.

Description

technical field [0001] The invention relates to wind power generation equipment, in particular to a vortex wind deflector windmill which can improve the utilization of wind energy. Background technique [0002] A windmill is a device that converts natural wind into usable energy. It has existed for many years in human history and has been continuously improved during people's use. At present, it is mainly used for wind power generation. Wind energy covers a wide area and has a large energy. When fully utilized, the utilization rate can be greater than that of water energy. However, at present, windmills are expensive, low in efficiency, and difficult to install, so they cannot be made too large, and there are not many places where they are applicable. Specific Generators have limited wind resistance, and the installation is more complicated, requiring the use of large cranes, and the weight adjustment and lifting height of the cranes are limited, so the traditional windmill ...

AI Technical Summary

Problems solved by technology

Wind energy covers a wide area and has a large energy. When fully utilized, the utilization rate can be greater than that of water energy. However, at present, windmills are expensive, low in efficiency, and difficult to install, so they cannot be made too large, and there are not many places where they are applicable. Specific Generators have limited wind resistance and complex installation, requiring a large crane, which has limited weight adjustment and lifting height, so the traditional windmill form needs to be improved

How to further utilize natural energy and improve efficiency of high-efficiency power generation equipment has different attempts in various links, but how to further improve natural energy in wind power generation has not been seen.

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