Stabilization of Wind Energy Frequency Variations with a Damping Control System

This article makes use of a damper control system to maximize the output power of a wind power system while minimizing variations in frequency damping. The controller, which is dependent on wind speed and frequency fluctuation, improves in pitch angle control. The wind energy power system's damping controller uses the stored kinetic energy to exchange damping power for the wind turbines. Using a power oscillation damping controller, the damping controller incorporates a doubly fed induction generator. Inner rotor current management and dampening of inter area oscillation are managed by the power oscillation controller.