Wind Turbine Control System with Compensation of Wind Flow Fluctuations and Tacking into Account Shadow Effect

This paper presents a method for stabilizing the active power of a wind turbine driving a permanent-magnet synchronous generator. The method is based on the principle of vector control and provides compensation for power fluctuations of the wind flow, which allows to reduce the level of active power deviation of the generator. The method implements control algorithm for current loop, speed loop and blade pitch loop to solve the problem of the tower shadow effect. The proposed method can be used for simulation of wind turbines operating in parallel with the grid and optimization of their parameters.