A Storage-Based Multiagent Regulation Framework for Smart Grid Resilience

A novel framework for the distributed control is proposed in this paper for transient stability of smart power transmission systems in the face of disturbances. The proposed framework seamlessly integrates the traditional governor-based power control with energy storage system (ESS)-based controls. The design objectives also address practical challenges unaccounted for in former work, including limited ESS capacity and availability, and absent, delayed, or corrupt sensor measurements. The IEEE 68-bus test power system is used to demonstrate the merits of the control strategy in enhancing the transient stability of power systems. The results of this paper suggest that integrating different types of control can lead to an enhanced transient stabilization process in the face of different practical limitations.