Fuzzy Logic Control Based Matrix Converter for Improvement Output Current Waveforms based Wind Turbine System

With the rise of climate change problems, the use of clean energy sources becomes a priority. In this context, the evolution of wind farms is very recognized in the this new trend. The converters currently are an essential means in the performance of the wind turbine system, doubly-fed induction generator (DFIG) and power electronic equipment. In order to improve the performance of the wind turbine systems, in this paper an associated linear RL load - matrix converter under supply voltage connected system is studied. The influence of disturbed input supply voltage on output current waveforms has been discussed. We aim to extract sinusoidal output current waveforms, the conventional PWM methods and the optimum Venturini method with fuzzy logic control approach can be applied for controlling the matrix converter. Finally, Simulations results will be presented and interpreted, and a special attention is given to suppressing harmonic pollutions using total harmonic distortion evaluation.