Engineering Energy Storage 2nd Edition

Engineering Energy Storage, 2nd Edition by Jacob Joseph Lamb and Odne Stokke Burheim is an essential, up-to-date reference for professionals navigating the rapid shift to decarbonized power systems. Clear, authoritative and practical, this edition translates complex theory into workable engineering solutions for modern energy challenges.

Begin with a concise overview of storage technologies—electrochemical, mechanical, thermal and chemical—and move into system-level topics: grid integration, control strategies, safety, lifecycle analysis and economic assessment. The authors combine rigorous modeling with real-world case studies, making the book invaluable for electrical engineers, project developers, utility planners, and graduate students designing battery systems, microgrids, or grid-scale storage installations.

What sets this volume apart is its balance of depth and practicality: detailed equations and design examples sit alongside guidance on standards, permitting and performance optimization. Whether you’re sizing a lithium-ion battery for a utility-scale project in North America, evaluating pumped hydro for European grids, or integrating storage into renewable portfolios across Asia-Pacific, the content is globally relevant and regionally applicable.

Packed with actionable insights, checklists and design methodologies, this edition helps you reduce risk, improve reliability and maximize return on investment. If you’re building resilient power systems or advancing storage research, this book is your roadmap.

Add Engineering Energy Storage, 2nd Edition to your professional library today—empower your projects with the technical depth and practical guidance that industry leaders rely on.

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