Power System Flexibility 1st Edition

Power System Flexibility (1st Edition) by Zongxiang Lu is a timely, authoritative guide for engineers, planners, researchers, and policymakers navigating the rapid transition to low-carbon electricity systems. Framed around the real-world challenge of integrating variable renewables, this book clearly explains the technical, economic, and operational concepts that underpin modern grid flexibility.

You’ll find lucid explanations of flexibility metrics, unit commitment and dispatch strategies, energy storage and demand response solutions, and network and market mechanisms that enable reliable operation across diverse regional grids. The text balances theory and application with practical modeling approaches, comparative case studies, and policy insights that are relevant to North America, Europe, Asia, Latin America, and emerging power systems worldwide.

If you’re responsible for system planning, renewable integration, or regulatory design, this book delivers actionable frameworks for assessing and enhancing flexibility—covering short-term operation, multi-timescale planning, and cross-border or interconnection strategies. The author’s clear synthesis helps readers translate complex analysis into implementable solutions for utilities, regulators, and independent system operators.

Concise yet comprehensive, Power System Flexibility is an essential reference for graduate students and experienced professionals alike who need a practical roadmap to maintain reliability while maximizing renewable penetration. Invest in a resource that bridges research and practice—strengthen your grasp of grid flexibility today and drive resilient, economical power systems for the future.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.