Modern Energy Storage,
Edition 1 The Key to Energy System TransformationEditors: Edited by Huaiguang Jiang, Xiangmin Xu, Jun Zhang, Wenzhong Gao and Fei-Yue Wang, Ph.D
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Description
Modern Energy Storage - The Key to Energy System Transformation provides a comprehensive overview of energy storage technologies.
The book lays out essential principles, operating modes, classification methods, and safety considerations, highlighting their crucial function in balancing renewable energy variability and enhancing grid resilience. It then details mechanical and thermal storage, including pumped hydro, compressed air, flywheels, and diverse thermal approaches, and describes how engineering innovations strengthen system flexibility.
The book covers electrochemical storage, ranging from early chemistries to lithium-ion, sodium-ion, and redox flow systems. Material design, interfacial optimization, and system-level strategies are examined to improve energy density, safety, and long-term performance. Hydrogen storage is introduced as a key component of low-carbon pathways, covering production routes, storage media, fuel-cell utilization, and infrastructure challenges.
The book also discusses applications across modern power networks and transportation, demonstrating the role of storage in renewable integration, grid stability, intelligent mobility, and system efficiency. Building on these applications, it examines emerging aqueous-ion battery technologies and future parallel systems, which enable coordinated operation across cyber-physical-social architectures, advanced large language-model, multi-energy networks, and blockchain-enabled services. Ultimately, this guide serves as a valuable reference for students, researchers, engineers, and innovators committed to advancing next-generation energy storage.
Key Features
- Designed to be a suitable text for Energy, Energy Storage, and Power System-related courses for post-graduate students.
- Provides an integrated understanding of mechanical, thermal, electrochemical, hydrogen-based, and emerging intelligent storage systems.
- Bridges theory and real-world practice through extensive case studies, technology comparisons, and system-level analyses to support research, engineering design, and policy decisions.
About the author
Edited by Huaiguang Jiang, South China University of Technology, China; Xiangmin Xu, President, Foshan University, China; Jun Zhang, School of Electrical Engineering and Automation, Wuhan University, China; Wenzhong Gao, Department of Electrical & Computer Engineering, University of Denver, Colorado, USA and Fei-Yue Wang, Ph.D, Institute of Automation, Chinese Academy of Sciences, Beijing, China
2 Energy Storage basic
1. different types of energy storage
2. mathematical models
3. security analysis and standards
3 Fundamentals of Lithium-ion battery
1. Electrochemistry
• Electrolytes
• Charge and discharge
2. Materials
• Positive electrode
• Negative electrode
• Diffusion
3. Performance
4. Industrial Manufactures
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
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
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
7 Chemical and Biological Energy Storage
1. Biofuels
2. Hydrogen storage
3. Power to gas
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
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
978-3-319-21239-5; 978-3-662-55503-3
Graduate and upper-division undergraduate students including renewable energy engineers, mechanical, electrical, and chemical engineers as well as climate scientists and environmental engineers, Energy, chemistry, engineering general, environmental science and practicing engineers, researchers, academics, energy consulting companies, Professional researchers and engineers E.g. Junior and Senior Engineers in General Electrical (GE), Tesla, Toyota, focusing on energy storage, battery.