Optimal Control Strategy Based Multilevel Matrix Converter for Wind Power Generation System (original) (raw)

AbstractThis paper presents the development of an optimal control strategy for performance enhancement in DFIG based wind generation system in simulation environment to validate the performance of control strategy through simulation under balanced and unbalanced conditions. A laboratory prototype of 2.2 KW of multilevel matrix converter-based wind generation system is set up to validate the effects under different inputs /outputs. The control system is implemented on a DSpace DS1104 real time board. As in order to get satisfying output and to obtain efficient good amount of power quality, it is necessary to investigate and develop wind turbine generator systems (WTGS). An optimal control strategy for performance enhancement and efficiency optimization is developed and implemented with FLC.