
Energy systems are encountered in daily life, whether through smartphones, laptops or cordless tools. Cars using fossil fuels are being replaced with electric and battery powered drives, and storage solutions are being implemented to better integrate renewable energies into the grid.Energy Storage Systems introduces the different storage technologies available today. It begins with mechanical and electrical storage and describes in detail electrochemical storage technologies such as lead and lithium-ion batteries. However, this book aims to explain not only what storage technologies exist but also how these storage technologies are applied in storage systems. Therefore, this book provides a short introduction to requirements management and system engineering to explain how storage systems are designed.Furthermore, the book explains the most important power conversion techniques. The technologies presented are applied in many application examples throughout the book and range from solar power storage systems to battery supported mobile phone masts and commercial vehicles equipped with a hybrid drive system.
This book investigates the technical requirements and design methodologies necessary to integrate diverse energy storage technologies into functional, real-world systems. Dr. Armin U. Schmiegel utilizes his expertise in engineering to bridge the gap between individual storage components and complex system architecture. The text provides a structured framework for understanding how mechanical, electrical, and electrochemical storage solutions are selected and implemented. By combining theoretical principles with practical application, the author demonstrates the systematic approach required for modern energy management.
What You Will Find
Scope Limits
Experts identify this text as a practical bridge between component-level physics and high-level systems engineering. Readers frequently note the clear, technical focus on application-based design, making it a useful resource for engineers working on grid integration and mobile power solutions.
Page Count:
448
Publication Date:
2023-08-04
Publisher:
Oxford University Press
ISBN-10:
0192858009
ISBN-13:
9780192858009
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