Intelligent steering wind power generating device and working method thereof

Abstract

The invention discloses an intelligent steering wind power generating device and a working method thereof. The intelligent steering wind power generating device comprises a wind driven generator supporting column, a transmission gear, a driving gear, a motor, a wind speed sensor, a base, an accumulator and a controller. The base is internally provided with a bearing. The lower end of the wind driven generator supporting column extends into the base and is connected with the bearing. The transmission gear and the wind speed sensor are fixed on the circumferential surface of the wind driven generator supporting column. The motor is fixed at the upper end of the base. The driving gear is fixed on an output shaft of the motor. The driving gear is engaged with the transmission gear. The controller and the accumulator are arranged in the base. The controller is connected with the accumulator, the motor and the wind speed sensor. The accumulator is connected with the motor. The intelligent steering wind power generating device can automatically adjust the direction of a wind driven generator when the front surface wind speed is too high or too low, so that the frontal surface wind speed of the wind driven generator is within the wind speed range required by generating electricity, and the generating efficiency of the wind driven generator is ensured.

Description

technical field [0001] The invention relates to a drill bit, in particular to an intelligent steering wind power generation device and a working method thereof. Background technique [0002] With the decrease of coal and oil, human beings began to look for new energy sources. Wind power generation is one of the new energy sources currently used. In some areas of our country, there are relatively strong winds all year round. If these wind energy is converted into electrical energy, it will save a lot of coal. With the use of oil, more wind power generation equipment has been set up in areas with strong winds, but the wind is generated by the flow of airflow, and the airflow will not always maintain the same direction of operation. During the continuous change of airflow, the wind power The wind force in each direction of the power generation device is different. Since the wind power generation device is fixed in one direction, in the process of airflow change, after the wind ...

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Problems solved by technology

[0002] With the decrease of coal and oil, human beings began to look for new energy sources. Wind power generation is one of the new energy sources currently used. In some areas of our country, there are relatively strong winds all year round. If these wind energy is converted into electrical energy, it will save a lot of coal. With the use of oil, more wind power generation equipment has been set up in areas with strong winds, but the wind is generated by the flow of airflow, and the airflow will not always maintain the same running direction. During the continuous change of airflow, the wind power The wind force in each direction of the power generation device is different. Since the wind power generation device is fixed in one direction, in the process of airflow change, after the wind force is weakened or strengthened when the front faces the wind power generation device, the frontal wind speed of the wind power generation device is not at the level required for power generation. The range of wind speed will reduce its power generation efficiency, and the wind blowing from its side will produce the power required for power generation, which will have no effect on existing wind power generation devices, so it will not only reduce power generation Efficiency, and will waste more wind resources that can generate electricity

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