Smart grids facilitate the efficient integration of increasing shares of distributed and intermittent renewable energy sources, as well as variable loads such as electric vehicles. Their operation demands advanced communication, computation, and monitoring systems, along with robust protection against both technical faults and cyber threats.
This book presents recent developments in smart grid technologies, beginning with an overview of smart grids and microgrids, and their interaction with renewable generation and power electronics. Subsequent chapters explore:
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Renewable energy integration in smart grids
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Adaptive and robust control strategies, including reinforcement learning
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Bi-directional virtual inertia
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Fault direction identification and smart grid protection
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Cyber-physical monitoring and condition-based health prognosis
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PV-integrated electric vehicle charging in V2G/G2V operations
The book concludes with international case studies, highlighting practical applications and lessons learned.
Offering a comprehensive perspective on the control, communication, monitoring, and protection of modern smart grids, this work is an essential resource for researchers, power industry engineers, and students in electrical and computer engineering.
