Battery Technology: From Fundamentals to Thermal Behavior and Management

Summary

Battery Technology: From Fundamentals to Thermal Behavior and Management provides comprehensive coverage of rechargeable battery technology fundamentals, along with relevant aging mechanisms and thermal management systems. With a strong focus on the analysis and modeling of battery technologies, the book includes coverage of overpotentials in battery cells and discussions on the thermal-electrochemical coupled modeling of batteries. Beginning with an introduction to battery technology, the book then takes a deep dive into thermodynamics of batteries and electrochemical modeling of batteries. Subsequent chapters examine battery thermal behavior and thermal systems, before discussing integrated battery-based systems.

Accompanied by chapter objectives, applications, case studies and study questions to test knowledge, this book is an essential resource for students and researchers wanting to understand the underlying basics of batteries, along with the latest advances in battery technology.

Provides a comprehensive resource on the fundamentals of battery technologies and their thermal management systems

Follows a coherent approach, starting fro...

Content List (94 entries):

• Read #1 : Cover
• Read #2 : Title page
• Read #3 : Table of Contents
• Read #4 : Copyright
• Read #5 : Dedication
• Read #6 : About the authors
• Read #7 : Preface
• Read #8 : Acknowledgments
• Read #9 : Chapter 1: Introduction to battery technology
• Read #10 : Abstract
• Read #11 : 1.1: Introduction
• Read #12 : 1.2: Battery working principles
• Read #13 : 1.3: Types of batteries
• Read #14 : 1.4: Application of batteries
• Read #15 : 1.5: Comparison of battery types
• Read #16 : 1.6: Closing remarks
• Read #17 : Study questions
• Read #18 : References
• Read #19 : Chapter 2: Thermodynamics of batteries
• Read #20 : Abstract
• Read #21 : 2.1: Introduction
• Read #22 : 2.2: Thermodynamics and potential of batteries
• Read #23 : 2.3: Reversible cell potential
• Read #24 : 2.4: Energy balance in battery
• Read #25 : 2.5: Heat generation rate in batteries
• Read #26 : 2.6: Closing remarks
• Read #27 : Study questions
• Read #28 : References
• Read #29 : Chapter 3: Electrochemical modeling of batteries
• Read #30 : Abstract
• Read #31 : 3.1: Introduction
• Read #32 : 3.2: Overall cell potential of a battery
• Read #33 : 3.3: Surface overpotential
• Read #34 : 3.4: Concentration overpotential
• Read #35 : 3.5: Ohmic overpotential
• Read #36 : 3.6: Performance of a battery cell
• Read #37 : 3.7: Closing remarks
• Read #38 : Study questions
• Read #39 : References
• Read #40 : Chapter 4: Thermal behavior of batteries
• Read #41 : Abstract
• Read #42 : 4.1: Introduction
• Read #43 : 4.2: Aging mechanism in batteries
• Read #44 : 4.3: Thermal runaway
• Read #45 : 4.4: Heat generation rate and temperature variation in batteries
• Read #46 : 4.5: Thermal behavior model of batteries
• Read #47 : 4.6: Thermal behavior impacts in batteries: Challenges and opportunities
• Read #48 : 4.7: Closing remarks
• Read #49 : Study questions
• Read #50 : References
• Read #51 : Chapter 5: Battery thermal management systems
• Read #52 : Abstract
• Read #53 : 5.1: Introduction
• Read #54 : 5.2: Design of battery thermal management systems
• Read #55 : 5.3: Categories of battery thermal management systems
• Read #56 : 5.4: Air-based battery thermal management systems
• Read #57 : 5.5: Liquid-based battery thermal management systems
• Read #58 : 5.6: Phase change material (PCM)-based battery thermal management systems
• Read #59 : 5.7: Liquid-vapor phase change-based battery thermal management systems
• Read #60 : 5.8: Recent developments in battery thermal management systems
• Read #61 : 5.9: Closing remarks
• Read #62 : Study questions
• Read #63 : References
• Read #64 : Chapter 6: Battery system design
• Read #65 : Abstract
• Read #66 : 6.1: Introduction
• Read #67 : 6.2: Battery management system
• Read #68 : 6.3: Electrical design of battery pack
• Read #69 : 6.4: Mechanical design of battery pack
• Read #70 : 6.5: Thermal design of battery pack
• Read #71 : 6.6: Design integration and summary
• Read #72 : 6.7: Closing remarks
• Read #73 : Study questions
• Read #74 : References
• Read #75 : Chapter 7: Integrated battery-based systems
• Read #76 : Abstract
• Read #77 : 7.1: Introduction
• Read #78 : 7.2: Integrated battery-based systems in transportation
• Read #79 : 7.3: Case studies
• Read #80 : 7.4: Case study 1: PEM fuel cell-assisted lithium-ion battery electric vehicle integrated with an air-based thermal management system
• Read #81 : 7.5: Case study 2: Hybrid-electric aircraft propulsion system
• Read #82 : 7.6: Closing remarks
• Read #83 : Study questions
• Read #84 : References
• Read #85 : Chapter 8: Closing remarks and future directions for batteries and their thermal management
• Read #86 : Abstract
• Read #87 : 8.1: Introduction
• Read #88 : 8.2: Overview of book
• Read #89 : 8.3: Challenges and future directions for sustainable battery technologies
• Read #90 : 8.4: General future considerations for battery technologies
• Read #91 : 8.5: Closing remarks
• Read #92 : Study questions
• Read #93 : References
• Read #94 : Index