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Enhancing the performance of controlled distributed energy resources in noisy communication environments

Recent works proposed controlling distributed energy resources (DERs) for the purpose of power system re-stabilization during transient instability periods. Further, it was reported that such control schemes struggle when the communication links between the sensors and the distributed controllers are noisy. This work investigates applying robust control techniques to enhance the performance of controlled DERs in noisy communication environments. The performance of the proposed control scheme is investigated on the 39-bus 10-generator New England test power system.