The renewable energy resources like wind with doubly fed induction generator (DFIG) is playing a vital role in meeting the ever-increasing load demand. Most of the industrial and commercial loads are sensitive to fault, as surge current damages the system. The DFIG wind turbine set is very sensitive when grid fault occurs, which damages the stator and rotor winding and also the converters and the capacitor. To overcome these effects, DFIG grid connected system is equipped with damping controller based static synchronous series compensator (SSSC) based series FACTS device with a new control scheme for oscillations damping and quicker voltage injection technique. Voltage damping circuit is provided in the outer control loop of SSSC for improving voltage profile of stator and rotor. The inputs for the damping circuit are rotor speed and stator real power and controller is designed with cascaded 2nd order lead-lag compensator. The results are presented for single line, two lines and three lines to ground faults and system behavior is examined.