Wind power generator

Abstract

The invention discloses a vertical shaft wind catcher wind power generation system for vertical shaft wind power generation. The vertical shaft wind catcher wind power generation system comprises a horizontal plane and a vertical shaft, wherein the vertical shaft is mounted on the horizontal plane. (2-n) wind catcher supports are fixedly mounted on the vertical shaft, wherein n is an integer greater than two. Each wind catcher support is provided with a wind catcher. Each wind catcher is provided with a wind catching frame. Each wind catcher is internally provided with a base plate. The systemis controlled by an automatic control mechanism to operate, and thus the requirement for generating power through wind power is met. According to the vertical shaft wind catcher wind power generationsystem, the wind catchers are adopted to replace fan blades of a vertical shaft wind power generation system; and in the same wind catcher and wind field environment and under the condition that theoverall dimensions are basically equal, compared with the vertical shaft fan blade wind power generation system, the vertical shaft wind catcher wind power generation system catches higher wind powerand generates more power.

Description

Technical field [0001] The invention relates to a wind power generation system, in particular to a vertical axis wind power generation system that effectively utilizes wind energy and has a wide application range. Background technique [0002] The traditional structure of the vertical axis wind power generation system is mainly composed of wind blades with streamline curved arc blades in three-dimensional space and wind blades with streamlined arc blades in two-dimensional space. In operation, it mainly depends on the gas flow velocity on both sides of the blades. The wind power generated by the pressure difference caused by the difference in power generation is limited to the use of wind power. Therefore, the traditional vertical axis wind power generation has low efficiency, complex structure and high cost. Summary of the invention [0003] The technical problem to be solved by the present invention is to provide a vertical axis wind power generation system with higher efficienc...

AI Technical Summary

Problems solved by technology

[0002] The traditional structure of the vertical axis wind power generation system mainly consists of wind blades with streamlined curved curved blades in three-dimensional space and wind blades with streamlined curved curved blades in two-dimensional space. The wind power generated by the pressure difference caused by the difference of the wind power is used to generate electricity, and the use of wind power is limited. Therefore, the traditional vertical axis wind power generation has low efficiency, complex structure and high cost.

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