Multiple-variable-propeller wind driven electric generator

Abstract

The invention provides a multiple-variable-propeller wind driven electric generator. The multiple-variable-propeller wind driven electric generator comprises variable propeller devices used for capturing and converting gravitational potential energy of wind energy/rain water into own rotational potential energy and further used for capturing and using solar energy, a power source used for providing driving power for deformation of the variable propeller devices, an anemoscope used for detecting the power generation environment natural wind flowing direction and delivering wind direction signals to a controller, a power generation cabin used for accepting the rotational potential energy of the variable propeller devices and converting the rotational potential energy into electric energy anda tower rack used for erecting and supporting the power generation cabin, wherein the variable propeller devices are arranged at the front end of the power generation cabin, the anemoscope is arranged at the rear end of the power generation cabin, the tower rack is arranged between the power generation cabin and the ground and the power generation cabin is rotatably arranged at the top of the tower rack, the tower rack is internally provided with a yawing device for driving the power generation cabin to rotate around the vertical direction, and signal connection is established between the yawing device and the controller.

Description

technical field [0001] The invention relates to the technical field of generators, in particular to a multi-pitch wind power generator. Background technique [0002] During the process of generating electricity, the wind speed will determine the speed of the blade rotation. If the blade rotates too fast, the wind will have a strong impact on the blade, which will seriously damage the blade. Therefore, when the wind is strong , the angle of attack of the blade needs to be reduced; when the wind force is small, the angle of attack of the blade needs to be increased. According to the search data of the research team, it is found that a pitch variable mechanism can effectively solve this problem. It can adjust the pitch angle at any time according to the change of wind speed and control the captured mechanical energy. On the one hand, it can ensure the maximum wind energy and reduce the impact of wind on the blades. Impact, which adopts the variable pitch control system and the...

AI Technical Summary

Problems solved by technology

According to the search data of the research team, it is found that a pitch variable mechanism can effectively solve this problem. It can adjust the pitch angle at any time according to the change of wind speed and control the captured mechanical energy. On the one hand, it can ensure the maximum wind energy and reduce the impact of wind on the blades. Impact, which adopts the variable pitch control system and the variable speed constant frequency technology, the structure is relatively complex, the cost is high, and it brings a lot of inconvenience to the maintenance of the management personnel. Moreover, the current wind turbines can only capture wind energy. Neither sunny nor windy weather nor rainy and windless weather can capture wind energy for power generation, which restricts the continuous operation of wind turbines and reduces the power generation efficiency of wind turbines. Based on this, design a multi-pitch natural energy generator with ingenious structure, simple principle, automatic pitch change and the ability to capture and utilize solar energy and rainwater potential energy

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