Voltage Security and Control in Whole-Chain Modern Power Systems
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Beschreibung
This book addresses the field of modern power systems with a focus on voltage security and coordinated control in power-electronics-dominated grids. It systematically investigates the full-chain characteristics of voltage dynamics, covering emerging power electronic devices, renewable plant clusters, system-level interactions, novel load behaviors, and energy storage integration. By introducing advanced methods such as heterogeneous device modeling, plant-level equivalent modeling, and system-wide coordinated control strategies, the book reveals the underlying mechanisms of voltage stability under high renewable penetration and weak grid conditions. Particular emphasis is placed on the transition from physics-driven to control-driven voltage support, as well as on multi-timescale stability analysis and “autonomous–coordinated” control frameworks. It offers both methodological innovations and practical insights for enhancing voltage stability in next-generation power systems. The book is intended for graduate students, researchers, and engineers in power engineering, power electronics, and energy systems, as well as professionals involved in renewable integration and grid operation.
This book addresses the field of modern power systems with a focus on voltage security and coordinated control in power-electronics-dominated grids. It systematically investigates the full-chain characteristics of voltage dynamics, covering emerging power electronic devices, renewable plant clusters, system-level interactions, novel load behaviors, and energy storage integration. By introducing advanced methods such as heterogeneous device modeling, plant-level equivalent modeling, and system-wide coordinated control strategies, the book reveals the underlying mechanisms of voltage stability under high renewable penetration and weak grid conditions. Particular emphasis is placed on the transition from physics-driven to control-driven voltage support, as well as on multi-timescale stability analysis and “autonomous–coordinated” control frameworks. It offers both methodological innovations and practical insights for enhancing voltage stability in next-generation power systems. The book is intended for graduate students, researchers, and engineers in power engineering, power electronics, and energy systems, as well as professionals involved in renewable integration and grid operation.
Reveals voltage stability mechanisms in power-electronics-dominated and weak-grid conditions Proposes coordinated control and equivalent modeling methods for high-renewable systems Presents a unified whole-chain framework linking device, plant, and system-level voltage security
Autor*in
Lin Xue
Themen in »Voltage Security and Control in Whole-Chain Modern Power Systems«
Renewable Energy Electrical Engineeing Modern Power System Voltage Control High Renewable Penetration Power Systems Transient Voltage Stability Analysis Grid-forming and Grid-following Converters Plant-level Voltage Interaction Modeling Equivalent Modeling of Renewable Clusters Weak Grid and Low Short-circuit ratio Systems Autonomous and Coordinated Voltage Regulation Energy Storage Integration for Voltage Support Voltage Security