S. Jadidi, H. Badihi, and Y. M. Zhang, “Active fault-tolerant and attack-resilient control for a renewable microgrid against power-loss faults and data integrity attacks,” IEEE Transactions on Cybernetics, vol. 54, no. 4, pp. 2113-2128, 2024.
New control system tackles simultaneous power-loss faults and cyber-attacks in renewable-powered microgrids: New research published in IEEE TCYB
A new study unveils an advanced control system that enhances the resilience of renewable-powered microgrids against both physical faults and data integrity cyber-attacks. By integrating model-based intrusion detection with fault diagnosis, the approach ensures continuous, reliable operation of distributed energy resources and other components within microgrids. Through simulations in a realistic microgrid environment, the research demonstrates how active fault-tolerant and attack-resilient control strategies maintain stability and efficiency even under severe disruptions.