The electrical control system in wind turbine units implements real-time control of the turbine control, pitch adjustment, and de-icing systems, ensuring the safe and efficient operation of the unit and improving the power generation efficiency.

Specialized sensors are developed for application scenarios in the wind power generation industry, and are widely used in various types of wind turbines such as those found at high altitudes, offshore, and in deserts. The technical features, including anti-interference, high precision, long lifespan, and high reliability, can meet the field data collection requirements of various industries.

The wind power drive is mainly used in the pitch and yaw systems of wind turbines, meeting the application requirements of complex weather conditions, multifunctionality, and high reliability. It possesses comprehensive functions such as motor servo control, sensorless driving, system safety protection, backup power management, and auxiliary equipment control. It has a high degree of user customization and secondary development capabilities, which can realize motor drive applications under various scenarios.

The wind power management system is widely used for cluster management of wind power generation in large wind farms. The SCADA system within it has management modules for wind turbine status monitoring, data collection, operation maintenance, and fault analysis. Energy management in the wind farm is used to connect to the power dispatch management platform, controlling the wind turbines and power devices in the field to achieve optimized power generation control. Through the coordinated work of the above systems, the wind farm has comprehensive control capabilities such as AVC/AGC.