Wind-driven generating apparatus

Abstract

The invention is a wind power generator, comprising pillar and pillar tensioning ring, where the pillar tensioning ring is connected with tensioning steel rope, a device for wind vane to connect with generator casing is above the tensioning ring, the top end of the pillar is equipped with wind vane beam mount, and a cable is connected from the generator in the generator casing to a generator set control room and the control room is connected with external electric network through cable. And this sail-like wind vane with strong wind catching ability stands up against the wind on the beam mount and falls down reversely, can generate huge torsion force by weak wind, implements anti-vibration auto control, hydraulic auto adjustment, horizontal rotation as horizontal arranged, vertical rotation as horizontal arranged, and horizontal rotation as vertical arranged, and is supported by the pillar, the horizontal grid of steel rope tensions and fixes the wind power generator, and the foundation construction investment is less, the economic property is remarkable, and the wind catching ability is strong, and the invention has features of larger erection height, good stability, large unit capacity, strong anti-damage ability, and wide application range. And the generated power is a clean renewable electric energy.

Description

Technical field: [0001] The invention relates to a wind power generation device, in particular to a device with strong driving ability, which can increase the pressure and air density of the wind on the wind blade, has a wide application range, low cost and high economic efficiency, and can be connected into a network-shaped tensioning device. Fixed, good stability, higher erection height, stronger capture of wind energy, wind blades can stand up automatically in the direction of the wind, fall down automatically in the direction of the wind, automatically adjust the inclination of the stand in strong winds, encounter destructive winds, typhoons It can be folded up automatically, and has multiple erection methods with anti-vibration hydraulic self-control, such as horizontal multi-layer horizontal rotation, horizontal vertical rotation, and vertical multi-layer horizontal rotation wind power generation device. Background technique: [0002] Human beings have used wind energy...

AI Technical Summary

Problems solved by technology

Because the wind blades in the prior art can not effectively collect the wind force to increase the wind pressure, there is a wind energy with a wind speed of 5-6 m / s all the year round on the plateau with an altitude of 3000-4000 meters in Qinghai of China and Tibet. Air density is reduced due to altitude and cannot be used

[0009] 3. The design of the wind blades in the prior art cannot resist strong winds and typhoons, and the vast coastal and offshore areas have good winds with a wind speed of more than 6 m / s all year round, but there are several destructive winds or typhoons every year , there are 300 days of good wind in a year, only because of ten days of destructive winds, the existing technology cannot erect fans in such a vast and good wind field, and the wind blades of the prior art are erected, and it is difficult to take them out when a typhoon comes. down, and such wind blades cannot withstand the attack of a strong typhoon anyway

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