Dynamic Output Feedback Control for a Micro Wind Turbine

Hybrid renewable energy systems are considered as a delightful alternative power supply for isolated rural areas and remote locations. In this paper, only the wind conversion part from hybrid system has been interested. In order to keep our focus on control strategy due to its important advancements in satisfying power in wind turbines, the dynamic output control law is developed such that it can guarantee a certain level of performances especially in the transitory domain besides providing adequate precise in voltage-reference tracking. The sufficient conditions for output feedback stabilizing designed controller are given in terms of solutions to a linear matrix inequality (LMI). The numerical illustrations and some simulation results are presented to visualize the feasibility of the proposed control strategy.