Coupled Indirect Torque Control and Maximum Power Point Tracking Technique for Optimal Performance of 12/8 Switched Reluctance Generator-Based Wind Turbines

Maximum power point tracking (MPPT) techniques for wind turbines have a significant effect on renewable energy production. Therefore, the association of indirect torque control switched reluctance generator (SRG) with turbine considering MPPT technique has been developed in this work. The proposed strategy great impact production using an SRG machine. main steps to achieve object work are: First, was modeled and simulated according MPPT. In second step, strategy, based hysteresis current 12/8, realized. This undertaken proportional integral regulator controller order obtain appropriate switching asymmetric bridge converter. Moreover, high nonlinear characteristics. Thus, modeling results kind machine are obtained by use finite element method, its dynamic study performed unique estimation electromagnetic mode functioning. Finally, also associated maximize efficiency coefficient. approve validate SRG. illustrates, simultaneously, remarkable effects turn-switching angles operating performances quality produced energy. importance varying is presented discussed.