Hybrid fault-tolerant and attack-resilient control strengthens offshore wind farm resilience: New research results are published in IEEE TSTE

A new study has introduced a hybrid fault-tolerant and attack-resilient cooperative control system designed to enhance the operational resilience of offshore wind farms against both faults and cyberattacks. Utilizing advanced model predictive control, control reallocation, and automatic signal correction, the system enhances the reliability and security of wind farms operating under extreme conditions. Demonstrated through simulations, the research shows promising results for managing anomalies while ensuring continuous power generation, marking a step forward in wind farm cyber-physical resilience​.