Performance Enhancement of PI-Controller Using SVM for DFIG-Grid Interconnected System

The advantages of reactive power compensation can be insured by properly placing the STATCOM in a wind integrated power system. The modern power system is highly scattered and STATCOM is a shunt compensator and it is used in large transmission lines for providing power quality compensation. Optimal placement of facts devices can be achieved by applying a stochastic algorithm which is a very diverse and continuous operation to the algorithm is going on. In this research work, multiple optimal solutions had been performed with a multi-objective problem to provide some flexibility for making a perfect decision about the placement of STATCOM. Successful implementation of STATCOM leads to a reduction in the power system losses, improvement of bus voltage, stability enhancement of voltage in terms of the optimization algorithm.