Resilient Event-Triggered Distributed Electric Vehicles Charging Scheduling Against Cyber Attacks

This paper investigates the distributed charging scheduling problems for electric vehicles (EVs). In order to effectively solve the problems of cyber attacks and reduce communication pressure, a resilient event-triggered mechanism is used in individual EV charging price update and transmission. Moreover, an algorithm for EVs distributed charging scheduling based on resilient event-triggered mechanism is constructed to minimize the system cost. The algorithm significantly reduces the communication stress on the EVs charging scheduling system and effectively detects and segregates the attacked EVs. Simulation results are provided to verify the effectiveness of the proposed resilient event-triggered mechanism.