“Energy Storage: Driving the Renewable Energy Transition” offers a comprehensive and integrated overview of the technology and functioning of all energy storage options. It covers a wide range of storage methods, the engineering systems involved, and their applications, from the level of small devices to the electricity grid.

Building upon the principles of thermodynamics, the book delves into the mechanics and characteristics of all the energy storage techniques that can facilitate the shift to renewable energy sources. It details the various forms of energy storage available, their respective pros and cons, and their real-world applications. The text includes numerous numerical examples to enhance the reader’s grasp of the operation of actual energy storage systems and to equip them with the ability to conduct quantitative analyses and feasibility studies.

This resource is designed for undergraduate and graduate students enrolled in courses related to Energy Conversion, Sustainability, Renewable Energy, Energy Storage, and Energy Transition.

The book is accompanied by end-of-chapter problems, exercises, and worked-out examples. A Solutions Manual and Figure Slides are provided as online support materials for instructors who adopt the book.