Double windmill double generator fan structure and power tower stacked by the same

Abstract

The present invention discloses a double windmill dual generator blower structure and a power tower composed by superposition of this structure which belongs to the technical field of wind power generation equipment. The bidirectional generator (14) includes an outer slide rod connecting seat (16) and an inner slide rod connecting seat (15); an outer slide rod connecting seat (16) is set on the sheath of the outer rotor that connecting with the bidirectional generator (14); the outer slide rod connecting seat (16) of two bidirectional generators (14) connects with a outer layer fan upper slide rod (4) and an outer layer fan lower slide rod (11) respectively ; the inner slide rod connecting seat (15) is set on the two bidirectional generators (14); two inner slide rod connecting seats (15)connects with a inner layer fan upper slide rod (6) and an inner layer fan lower slide rod (12) respectively. The wind power generation method of the invention not only can realize high-power wind power generation but also overcomes the difficulty of finding wind; the middle chain structure belongs to a fixed structure which can reduce or decrease wind energy loss effectively.

Description

technical field [0001] The invention belongs to the technical field of wind power generation equipment, and in particular relates to a structure of double windmills, double generators, reverse running wind turbines, and double rotor generators, and a power generation tower formed by stacking and combining the structures. Background technique [0002] The current wind power generation equipment mainly has two power generation methods: vertical axis and horizontal axis; vertical fan blades mainly use the support vertical wing-shaped blade structure; due to design defects, when the vertical axis fan blades are running, there are It is necessary to drive the vertical shaft body to run at the same time to generate electricity, so the utilization rate of wind is small. The start-up and operation of the heavy weight vertical shaft requires a relatively high wind speed, and the vertical shaft body will definitely lose a certain amount of wind energy. This disadvantage is still insurm...

AI Technical Summary

Problems solved by technology

[0002] The current wind power generation equipment mainly has two power generation methods: vertical axis and horizontal axis; vertical fan blades mainly use the support vertical wing-shaped blade structure; due to design defects, when the vertical axis fan blades are running, there are It is necessary to drive the vertical shaft body to run at the same time to generate electricity, so the utilization rate of wind is small. The start-up and operation of the heavy weight vertical shaft requires a relatively high wind speed, and the vertical shaft body will definitely lose a certain amount of wind energy. This disadvantage is still insurmountable. Therefore, the vertical axis cannot realize the power generation efficiency of maximizing the wind

Images