Transient stability enhancement of steam turbine-based power plant by using improved bridge fault current limiter

Improving Low Voltage Ride-Through Capability of ‎Doubly-Fed Induction Generator Wind Farms Using ‎Superconducting Fault Current Limiter

“…Additionally, research into limiting fault currents [10,11], enhancing proactive stabilization [12], and integrating systems for better frequency regulation [13], alongside developing multifunctional limiters for power management [14], highlights a concerted effort towards robust wind power integration. The literature has investigated multiple solutions to enable higher penetration levels of renewables, notably forecasting and scheduling optimization for resilience [15], incorporating energy storage for stability [16][17][18], advanced power electronics interfaces, dynamic demand response, and virtual synchronous machines. Recent researches have also delved into enhancing the efficiency and reliability of renewable and hybrid systems.…”