Energy storage and in particular electrical storage of energy has become a very talked about topics in circles, ranging from lay person in regard to hybrid and battery electric vehicles, to professional and certainly by legislators and energy policy makers in government. But even to professional the distinction between physical and chemical forms of electric energy storage are unclear and at times poorly understood. if at all. This book takes a critical look at physical storage of electricity in the devices known collectively as electrochemical capacitors and particularly as ultracapacitors.…mehr
Energy storage and in particular electrical storage of energy has become a very talked about topics in circles, ranging from lay person in regard to hybrid and battery electric vehicles, to professional and certainly by legislators and energy policy makers in government. But even to professional the distinction between physical and chemical forms of electric energy storage are unclear and at times poorly understood. if at all. This book takes a critical look at physical storage of electricity in the devices known collectively as electrochemical capacitors and particularly as ultracapacitors. In its 12 chapters, this text covers ultracapacitors and advances battery topics with emphasis on clear understanding of fundamental principles, models and applications. The reader will appreciates the case studies ranging from commercial to industrial to automotive applications of not only ultracapacitors but these power device components in combination with energy dense battery technologies.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Dr. John M. Miller was vice president of systems and applications at Maxwell Technologies when this book was written. He is currently with the U.S. Department of Energy, Oak Ridge National Laboratory, National Transportation Research Center. He is also founder and principal engineer of J-N-J MillerDesign Services, P.L.C. Dr. Miller worked for 20 years in the automotive industry, leading several hybrid vehicle technology programs including 42V Integrated Starter Alternator, ISG, for application into a SUV. He has been active in collaborations at the industry and government levels including the NSF funded systems center for Future Renewable Electric Energy Delivery and Management, FREEDM. He was actively engaged in MIT's Consortium on Advanced Automotive Electrical and Electronic Components and Systems and has served as Adjunct Professor of Electrical Engineering at Michigan State University and at Texas A&M University. Dr. Miller has authored over 170 technical publications, holds 53 U.S. patents, and authored or co-authored five books. He is a Fellow of the IEEE, Member of SAE, 2009 recipient of the IEEE Kliman Innovator award, and 2010 recipient of the IEEE Power Electronics Society distinguished service award.
Inhaltsangabe
Chapter 1: Types of ultracapacitors Chapter 2: Ultracapacitor modeling Chapter 3: Power and energy Chapter 4: Commercial applications Chapter 5: Industrial application Chapter 6: Heavy transportation application Chapter 7: Hybrid electric vehicles Chapter 8: Single-mode power split Chapter 9: 2-mode power split Chapter 10: Life cycle testing Chapter 11: Abuse tolerance Chapter 12: Future transportation systems
