Tower-type wind generating set

Abstract

The invention relates to a tower-type wind generating set, which belongs to the technical field of the wind power equipment. The upper end and the lower end of a fan blade (4) are respectively connected at the outer ends of an upper connecting rod (10) of the fan blade and a lower connecting rod (11) thereof, the tip of a horizontal V-shaped reinforcing connecting rod (9) is connected on the inner side at the middle part of the fan blade (4); the power generators (8) used for generating structurally comprises an upper power generator and a lower power generator(8); an upper part power generator connecting seat (3) and a lower part power generator connecting seat (5) are respectively connected on the outer surfaces of the outer rotors of the upper power generator (8) and the lower thereof; the upper part power generator connecting seat (3) is fixedly connected with the upper connecting rod (10) of the fan blade and the upper end of the horizontal V-shaped reinforcing connecting rod (9); the lower part power generator connecting seat (5) is fixedly connected with the lower connecting rod (11) of the fan blade and the lower end of the horizontal V-shaped reinforcing connecting rod (9). The invention can effectively reduce the load of the fan blade so as to realize the purpose of maximizing wind power utilization.

Description

Technical field [0001] The invention belongs to the technical field of wind power generation equipment, and in particular relates to a tower type combined wind power generating set. Background technique [0002] Today’s world’s wind power generation equipment mainly has two power generation modes: vertical axis and horizontal axis; vertical axis blades are mainly single-supported vertical Φ-shaped blades; due to design defects, vertical axis blades have the same vertical axis during power generation Rotation, so the power is weakened by the vertical axis, so that the vertical axis cannot maximize the effect of using wind to generate electricity. This is also the main reason why the vertical axis is not favored by developers, especially the insufficient use of wind energy, which makes The vertical axis power generation mode cannot be the main force of wind power generation equipment; I have found through research that if the technical problem of continuous rotation can be solved, ...

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Problems solved by technology

[0002] Wind power generation equipment in the world today mainly has two power generation methods: vertical axis and horizontal axis; the vertical axis blades are mainly single-supported vertical Φ-shaped blades; due to design defects, the vertical axis blades have the same vertical axis when generating power. Rotation, so the disadvantage that the power is weakened by the vertical axis makes the vertical axis unable to maximize the effect of using wind power to generate electricity. This is also the main reason why the vertical axis is not favored by researchers, especially the insufficient use of wind energy. The vertical axis power generation mode cannot be the main force of wind power generation equipment; I have found through research that if the technical problem of continuous shaft rotation can be solved, the power generation of the vertical axis should be better than that of the horizontal axis, especially without the need to find the windward side

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