A wind generator is a device that uses wind energy to drive a generator to produce electricity. Its working principle is to use wind energy to drive the rotation of the wind turbine, thereby converting wind energy into mechanical energy, and then driving the generator to produce electricity.
The wind generator consists of parts such as the rotor, nacelle, tower, gearbox, and generator. Among them, the rotor is the key component for capturing wind energy, the nacelle contains the motor and gearbox, the tower is the structure supporting the entire wind turbine, the gearbox is used to increase the low-speed rotation of the wind turbine to the speed required by the high-speed rotating generator, and the generator is the key component for converting mechanical energy into electrical energy.
The excellent stability of the hydraulic system can ensure the stable operation of the overall wind power generation system.
Equipment with hydraulic braking systems has automated performance, which can reduce the use and operation of manual labor.
The data in various aspects of the hydraulic system is relatively stable during the long-term development process, and a relatively standardized production process has been formed, so it has the ability to produce large quantities and standardize production.
The hydraulic system is small in size, light in weight, good in dynamic response, large in torque, and mature in technology, and can meet the needs of wind power plants.
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