Items related to Principles of Electric Energy Storage Systems for E-Mobility
Synopsis
Master energy storage system design for electric vehicles
Electric vehicles face urgent challenges including high battery costs, slow charging infrastructure, and battery management risks. Principles of Electric Energy Storage Systems for E-Mobility provides engineers and students with comprehensive guidance on designing energy storage systems for transportation electrification applications. Written by Sheldon Williamson, an NSERC Canada Research Chair, this textbook connects academic research with practical product development.
The book covers lithium-ion batteries, supercapacitors, and emerging technologies including solid-state batteries and fuel cells. It explores electrical modeling, state estimation techniques, thermal management strategies, and battery sizing methodologies. Chapters address charging methods and international standards including CHAdeMO and CCS, along with second-life applications for grid storage systems. Vehicle-to-grid applications with related control algorithms are explored in depth.
The book also includes:
- Detailed solved examples demonstrating battery capacity calculation, lifetime estimation, thermal modeling, battery cooling, and charging time analysis
- Comprehensive coverage of battery management system design including SOC, SOP, SOH, SOE, and RUL estimation techniques
- Practical guidance on supercapacitors and hybrid energy storage systems with comparative analysis against lithium-ion batteries
- Complete exploration of charging topologies from constant current-constant voltage to pulse charging with charger sizing examples
- In-depth discussion of second-life battery applications including economic benefits, technical challenges, and grid integration strategies
This book serves engineers, researchers, and graduate students working in electric vehicle development and energy storage. With case studies, real-world examples, and solved problems throughout, it provides the technical foundation and practical tools needed to design effective energy storage systems for electric transportation applications.
"synopsis" may belong to another edition of this title.
About the Author
SHELDON WILLIAMSON, PhD, is a Professor with the Department of Electrical, Computer, and Software Engineering and the Director of Smart Transportation Electrification and Energy Research (STEER) Group at Ontario Tech University. He holds the NSERC Canada Research Chair position in electric energy storage systems for transportation electrification.
From the Back Cover
Master energy storage system design for electric vehicles
Electric vehicles face urgent challenges including high battery costs, slow charging infrastructure, and battery management risks. Principles of Electric Energy Storage Systems for E-Mobility provides engineers and students with comprehensive guidance on designing energy storage systems for transportation electrification applications. Written by Sheldon Williamson, an NSERC Canada Research Chair, this textbook connects academic research with practical product development.
The book covers lithium-ion batteries, supercapacitors, and emerging technologies including solid-state batteries and fuel cells. It explores electrical modeling, state estimation techniques, thermal management strategies, and battery sizing methodologies. Chapters address charging methods and international standards including CHAdeMO and CCS, along with second-life applications for grid storage systems. Vehicle-to-grid applications with related control algorithms are explored in depth.
The book also includes:
- Detailed solved examples demonstrating battery capacity calculation, lifetime estimation, thermal modeling, battery cooling, and charging time analysis
- Comprehensive coverage of battery management system design including SOC, SOP, SOH, SOE, and RUL estimation techniques
- Practical guidance on supercapacitors and hybrid energy storage systems with comparative analysis against lithium-ion batteries
- Complete exploration of charging topologies from constant current-constant voltage to pulse charging with charger sizing examples
- In-depth discussion of second-life battery applications including economic benefits, technical challenges, and grid integration strategies
This book serves engineers, researchers, and graduate students working in electric vehicle development and energy storage. With case studies, real-world examples, and solved problems throughout, it provides the technical foundation and practical tools needed to design effective energy storage systems for electric transportation applications.
"About this title" may belong to another edition of this title.
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Hardcover. Condition: new. Hardcover. Master energy storage system design for electric vehicles Electric vehicles face urgent challenges including high battery costs, slow charging infrastructure, and battery management risks. Principles of Electric Energy Storage Systems for E-Mobility provides engineers and students with comprehensive guidance on designing energy storage systems for transportation electrification applications. Written by Sheldon Williamson, an NSERC Canada Research Chair, this textbook connects academic research with practical product development. The book covers lithium-ion batteries, supercapacitors, and emerging technologies including solid-state batteries and fuel cells. It explores electrical modeling, state estimation techniques, thermal management strategies, and battery sizing methodologies. Chapters address charging methods and international standards including CHAdeMO and CCS, along with second-life applications for grid storage systems. Vehicle-to-grid applications with related control algorithms are explored in depth. The book also includes: Detailed solved examples demonstrating battery capacity calculation, lifetime estimation, thermal modeling, battery cooling, and charging time analysisComprehensive coverage of battery management system design including SOC, SOP, SOH, SOE, and RUL estimation techniquesPractical guidance on supercapacitors and hybrid energy storage systems with comparative analysis against lithium-ion batteriesComplete exploration of charging topologies from constant current-constant voltage to pulse charging with charger sizing examplesIn-depth discussion of second-life battery applications including economic benefits, technical challenges, and grid integration strategies This book serves engineers, researchers, and graduate students working in electric vehicle development and energy storage. With case studies, real-world examples, and solved problems throughout, it provides the technical foundation and practical tools needed to design effective energy storage systems for electric transportation applications. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. Seller Inventory # 9781394334094
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Hardcover. Condition: new. Hardcover. Master energy storage system design for electric vehicles Electric vehicles face urgent challenges including high battery costs, slow charging infrastructure, and battery management risks. Principles of Electric Energy Storage Systems for E-Mobility provides engineers and students with comprehensive guidance on designing energy storage systems for transportation electrification applications. Written by Sheldon Williamson, an NSERC Canada Research Chair, this textbook connects academic research with practical product development. The book covers lithium-ion batteries, supercapacitors, and emerging technologies including solid-state batteries and fuel cells. It explores electrical modeling, state estimation techniques, thermal management strategies, and battery sizing methodologies. Chapters address charging methods and international standards including CHAdeMO and CCS, along with second-life applications for grid storage systems. Vehicle-to-grid applications with related control algorithms are explored in depth. The book also includes: Detailed solved examples demonstrating battery capacity calculation, lifetime estimation, thermal modeling, battery cooling, and charging time analysisComprehensive coverage of battery management system design including SOC, SOP, SOH, SOE, and RUL estimation techniquesPractical guidance on supercapacitors and hybrid energy storage systems with comparative analysis against lithium-ion batteriesComplete exploration of charging topologies from constant current-constant voltage to pulse charging with charger sizing examplesIn-depth discussion of second-life battery applications including economic benefits, technical challenges, and grid integration strategies This book serves engineers, researchers, and graduate students working in electric vehicle development and energy storage. With case studies, real-world examples, and solved problems throughout, it provides the technical foundation and practical tools needed to design effective energy storage systems for electric transportation applications. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9781394334094
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Hardcover. Condition: new. Hardcover. Master energy storage system design for electric vehicles Electric vehicles face urgent challenges including high battery costs, slow charging infrastructure, and battery management risks. Principles of Electric Energy Storage Systems for E-Mobility provides engineers and students with comprehensive guidance on designing energy storage systems for transportation electrification applications. Written by Sheldon Williamson, an NSERC Canada Research Chair, this textbook connects academic research with practical product development. The book covers lithium-ion batteries, supercapacitors, and emerging technologies including solid-state batteries and fuel cells. It explores electrical modeling, state estimation techniques, thermal management strategies, and battery sizing methodologies. Chapters address charging methods and international standards including CHAdeMO and CCS, along with second-life applications for grid storage systems. Vehicle-to-grid applications with related control algorithms are explored in depth. The book also includes: Detailed solved examples demonstrating battery capacity calculation, lifetime estimation, thermal modeling, battery cooling, and charging time analysisComprehensive coverage of battery management system design including SOC, SOP, SOH, SOE, and RUL estimation techniquesPractical guidance on supercapacitors and hybrid energy storage systems with comparative analysis against lithium-ion batteriesComplete exploration of charging topologies from constant current-constant voltage to pulse charging with charger sizing examplesIn-depth discussion of second-life battery applications including economic benefits, technical challenges, and grid integration strategies This book serves engineers, researchers, and graduate students working in electric vehicle development and energy storage. With case studies, real-world examples, and solved problems throughout, it provides the technical foundation and practical tools needed to design effective energy storage systems for electric transportation applications. This item is printed on demand. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability. Seller Inventory # 9781394334094
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Buch. Condition: Neu. Neuware - Master energy storage system design for electric vehicles Electric vehicles face urgent challenges including high battery costs, slow charging infrastructure, and battery management risks. Principles of Electric Energy Storage Systems for E-Mobility provides engineers and students with comprehensive guidance on designing energy storage systems for transportation electrification applications. Written by Sheldon Williamson, an NSERC Canada Research Chair, this textbook connects academic research with practical product development. The book covers lithium-ion batteries, supercapacitors, and emerging technologies including solid-state batteries and fuel cells. It explores electrical modeling, state estimation techniques, thermal management strategies, and battery sizing methodologies. Chapters address charging methods and international standards including CHAdeMO and CCS, along with second-life applications for grid storage systems. Vehicle-to-grid applications with related control algorithms are explored in depth. The book also includes: - Detailed solved examples demonstrating battery capacity calculation, lifetime estimation, thermal modeling, battery cooling, and charging time analysis - Comprehensive coverage of battery management system design including SOC, SOP, SOH, SOE, and RUL estimation techniques - Practical guidance on supercapacitors and hybrid energy storage systems with comparative analysis against lithium-ion batteries - Complete exploration of charging topologies from constant current-constant voltage to pulse charging with charger sizing examples - In-depth discussion of second-life battery applications including economic benefits, technical challenges, and grid integration strategies This book serves engineers, researchers, and graduate students working in electric vehicle development and energy storage. With case studies, real-world examples, and solved problems throughout, it provides the technical foundation and practical tools needed to design effective energy storage systems for electric transportation applications. Seller Inventory # 9781394334094
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