Energy Storage: Systems and Components

Alfred Rufer (Author)

ISBN: 9781041233190

Published: 14 June 2026

Format: Hardcover

Language: English

Publisher: CRC Press

Description

Energy storage is the hinge on which the modern grid turns — the technology layer that converts variable renewable generation into a dispatchable, reliable resource. Energy Storage: Systems and Components gives engineers and researchers a structured, component-level treatment of the technologies that make large-scale and distributed storage possible: electrochemical batteries and supercapacitors, mechanical systems such as flywheels and compressed-air storage, and thermal storage architectures. The book moves deliberately from device physics to the power-electronics interfaces, control strategies, and grid-integration questions that determine how storage actually performs once it leaves the lab and enters a real network.

Key Features

• Systematic, component-level coverage across electrochemical, mechanical, and thermal storage technologies.
• Power electronics and converter topologies for storage-to-grid interfacing.
• System-level analysis of sizing, efficiency, degradation, and lifecycle.
• Grid integration and dispatch strategies for renewable-heavy networks.
• Reference-quality technical detail suited to both coursework and applied engineering work.

Coverage

• Electrochemical storage: batteries and supercapacitors.
• Mechanical storage: flywheels and compressed-air systems.
• Thermal energy storage architectures.
• Power electronics and converter interfaces.
• Grid-scale integration and dispatch control.
• System sizing, efficiency, and lifecycle considerations.

About the Author

Alfred Rufer is a power electronics researcher and educator whose work centers on energy conversion systems and the interfaces between storage technologies and electrical networks, spanning device-level engineering through to full power-system integration.

Table of Contents

1. Introduction to Energy Storage Needs and Applications
2. Electrochemical Storage: Batteries and Supercapacitors
3. Mechanical Storage: Flywheels and Compressed-Air Systems
4. Thermal Energy Storage
5. Power Electronics Interfaces and Converter Topologies
6. System Integration and Grid Dispatch
7. Sizing, Efficiency, and Lifecycle Analysis
8. Future Directions in Storage Engineering

Why buy this book?

Most storage literature treats a single technology — batteries, typically — or stays at the policy level. This book treats storage as a systems engineering problem: components, conversion, and integration together. For institutions building or expanding energy engineering collections, it works equally well as a postgraduate course reference and as a working technical resource for engineers specifying storage for renewable-heavy grids.

Keywords

Energy Storage, Batteries, Supercapacitors, Flywheel Storage, Thermal Storage, Power Electronics, Grid Integration, Renewable Energy, Energy Systems Engineering, CRC Press

Target Audience

Electrical and power engineers, Energy systems researchers, Postgraduate students, Utility and grid planners, Renewable energy project engineers, Industry leaders

Genre

Energy Engineering, Power Systems, Renewable Energy, Technical Reference, Energy Infrastructure

Q&A

Q: What does Energy Storage: Systems and Components cover?

A: It covers the major storage technology families — electrochemical, mechanical, and thermal — together with the power electronics interfaces and control strategies needed to integrate them into electrical grids.

Q: Who is this book written for?

A: Electrical and power engineers, energy systems researchers, and postgraduate students working on storage design, sizing, and grid integration.

Q: Why does energy storage engineering matter right now?

A: As renewable generation grows, storage is what turns intermittent supply into a dispatchable resource — making the engineering of storage systems and components a central problem for utilities, grid planners, and renewable project developers.

Q: Is this book suitable for an institutional library or engineering department collection?

A: Yes — published by CRC Press in 2026, it functions both as a course reference for power systems and energy engineering programs and as a working technical resource for practicing engineers.

Q: Where can I buy Energy Storage: Systems and Components by Alfred Rufer?

A: This hardcover edition is available worldwide from CLNZ Books, with payment by credit card or PayPal and secure international courier delivery. The price includes worldwide shipping.

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