Risk-Based Planning and Operation Strategy Towards Short Circuit Resilient Power Systems [Hardcover]

This book focuses on the comprehensive prevention and control methods for short-circuit faults in power systems. Based on the quantification method of power system short-circuit fault risk considering extreme meteorological disasters, this book carries out theoretical research on optimal control of power system short-circuit faults at the planning and operation levels. The establishment of a comprehensive index system for short-circuit safety level of large power grids from several sides and the realization of a panoramic display of consequences of short-circuit faults in power grids are one of the features of this book, which are especially suitable for readers interested in learning about short-circuit fault solutions in power systems. This book can benefit researchers, engineers, and graduate students in the fields of electrical engineering, power electronics, and energy engineering.

Risk Evaluation of Short-circuit Fault in Power System.- Risk-based Optimal Configuration of Fault Current Limiter in Power System.- 5G-based Optimal Configuration of Centralized Fault Current Limiter in Power System.- A Multi-state Model for Power System Resilience Enhancement against Short-circuit Faults.- Voltage Violations Assessment considering Reactive Power Compensation Provided by Smart Inverters.- A Distributed MPC to Exploit Reactive Power V2G for Real-Time Voltage Regulation.- A Stochastic Unit Commitment towards Frequency Resilience of Power Systems.- Data-driven Reserve Allocation with Frequency Security Constraint Considering Inverter Air Conditioners.- Iterative Online Fault Identification Scheme for High Voltage Circuit Breaker.

Chengjin Ye received the B.S. (2010) and Ph. D (2015) degrees from the Zhejiang University, China both in electrical engineering. He served as a distribution system engineer for the Economics Institute of State Grid Zhejiang Electric Power Co., Ltl3X