The wind energy converter plays a vital role by exciting the rotor of a doubly-fed asynchronous wind generator. This process ensures that the amplitude, frequency, and phase of the output voltage on the stator side match those of the power grid, allowing for independent control of active and reactive power as needed. Converter control in doubly-fed asynchronous wind turbines enables smooth grid connection and minimizes the negative impact of grid-connection impulse currents on both the motor and the power grid. Thus, the stable operation of the wind power converter is crucial for maintaining grid stability. Effective heat dissipation is essential to ensure the converter's normal operation.

Lori Thermal, an expert in new energy heat dissipation research and development, has formed strategic partnerships with numerous domestic and international wind power converter manufacturers. They provide reliable technical support for the heat dissipation of wind power converters, inverters, and motors. Lori Thermal's comprehensive services span from thermal design and simulation to the production of heat sinks, earning widespread acclaim from wind power manufacturers for their integrated and holistic approach.