When the load does not meet the generated power output, due to a load perturbation, this can cause the load to be larger than the rated power output of the generators. This for example can happen when wind generators don’t spin due to a sudden lack of wind. This load perturbation can cause a load frequency control problem. This problem can be amplified in DFIG-based wind power generators. This load disparity can be compensated by power output from SMES systems which store energy when the generation is larger than the load. SMES based load frequency control systems have the advantage of a fast response when compared to contemporary control systems.