Energy Storage for Multigeneration 1st Edition

Energy Storage for Multigeneration, 1st Edition by Veera Gude is a clear, authoritative guide for engineers, researchers, and decision-makers working at the intersection of renewable power and integrated energy systems. This practical, up-to-date volume unpacks the role of advanced energy storage technologies in multigeneration plants — from thermal and electrochemical storage to hybrid systems and grid-integrated solutions.

Discover how energy storage enables resilient microgrids, improves renewable penetration, and optimizes combined heat, cooling, and power delivery across diverse climates and markets. The book blends theoretical foundations with applied modelling, performance metrics, and real-world design considerations, making complex concepts accessible without sacrificing technical depth. Coverage spans system architecture, storage selection, control strategies, economic assessment, and scaling for urban, industrial, and rural deployments.

Designed for a global audience — from North America and Europe to rapid-growth markets in Asia and India — this edition equips practitioners and students with the knowledge to evaluate, design, and implement cost-effective multigeneration systems that cut emissions and increase energy security. Clear examples, comparative analyses, and practical recommendations sharpen decision-making for project developers and policy planners.

Whether you’re specifying storage for a campus microgrid, advising on national renewable integration, or studying advanced energy systems, this book is a go-to reference that bridges research and application. Add Energy Storage for Multigeneration by Veera Gude to your collection to stay ahead in sustainable energy design and implementation — a must-have for professionals aiming to turn innovation into impact.

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