Modern Energy Storage

Name: Modern Energy Storage
Price: 135 USD
Availability: InStock
ISBN: 9780323954198

The Key to Energy System Transformation

by Huaiguang Jiang, Xiangmin Xu, Jun Zhang, Wenzhong Gao, Fei-Yue Wang

1st Edition

Publisher: Academic Press

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Book Details

Print ISBN	9780323954198
eText ISBN	9780323954204
Publisher	Academic Press
Publishing Year	2026
Edition	1st Edition
Language	English

Modern Energy Storage, 1st Edition, is an academic textbook presenting a broad examination of storage systems, operational methods, and safety protocols. Published under the Academic Press imprint, this volume equips university degree programs with core technical principles required to evaluate modern grid infrastructure. It establishes clear analytical foundations for evaluating storage options across academic and industrial energy sectors.

The text details mechanical and thermal storage options through systematic technical examinations of pumped hydro installations, compressed air storage units, and flywheel machinery. In addition, the book analyzes hydrogen storage mechanisms as critical components of low-carbon pathways, thoroughly covering hydrogen production processes, physical storage media, and fuel-cell utilization strategies.

Designed to support formal coursework, the textbook targets post-graduate students along with upper-division undergraduate students seeking rigorous analytical frameworks. The material also serves practicing renewable energy engineers, mechanical engineers, electrical engineers, and chemical engineers who evaluate physical energy storage designs and deployment models.

Chapter 1: History and development of Energy Storage
Chapter 2: Energy Storage basic
- • 1. different types of energy storage
- • 2. mathematical models
- • 3. security analysis and standards
Chapter 3: Fundamentals of Lithium-ion battery
- • 1. Electrochemistry
- • Electrolytes
- • Charge and discharge
- • 2. Materials
- • Positive electrode
- • Negative electrode
- • Diffusion
- • 3. Performance
- • 4. Industrial Manufactures
Chapter 4: Advanced Researches of Lithium-ion Battery
- • 1. Battery Life
- • Degradation
- • Conditioning
- • Multicell devices
- • Advanced battery life estimations
- • 2. Safety
- • Fire hazard
- • Damaging and overloading
- • Voltage limits
- • Transport restrictions
- • 3. Environmental impaction and recycling
- • Ladder Utilization
- • Recycling lithium-ion batteries from EV
- • Recycling methods of others
Chapter 5: Real Applications of Lithium-ion Battery
- • 1. Electrical Power Grid Applications
- • 2. Transportation System Applications
- • Electric Vehicles
- • Boats and Trains
- • 3. Other Applications
- • 5G and 6G Systems
- • Data Centres
Chapter 6: Mechanical and Electrical Energy Storage
- • 1. Mechanical Energy Storage
- • Pumped-storage hydroelectricity
- • Flywheel energy storage
- • Compressed air energy storage
- • 2. Electrical Energy Storage State forecasting
- • Capacitor and Super Capacitor
- • Superconducting magnetic energy storage
- • 3. Thermal energy storage
Chapter 7: Chemical and Biological Energy Storage
- • 1. Biofuels
- • 2. Hydrogen storage
- • 3. Power to gas
Chapter 8: Advanced Technologies in Energy Storage
- • 1. Machine Learning
- • General Machine Learning
- • Multi-agent System
- • 2. Complex Energy Storage Systems
- • 3. Military Energy Storage Systems
- • 4. Aerospace Energy Storage Systems
Chapter 9: Low Carbon Development and Impactions with Energy Storage
- • 1. Low Carbon Development
- • Carbon Neutrality
- • Carbon Trade
- • 2. Low Carbon Impactions
- • Low Carbon economy
- • Low Carbon Climate
- • Low Carbon Law and Policies