Lithium-Ion Battery – The Power of Electric Vehicles With Basics, Design, Charging Technology & Batt

This "Knowledge-rich" eBook on Lithium-Ion Battery for Electric Vehicle is a complete practical engineering book with design and application details on Lithium-Ion Battery and Battery Management Systems (BMS). It has engineering details of Electric Vehicles and EVSE - Electric Vehicle Supply Equipment with details of Electric Vehicle Charging Stations.This engineering eBook covers the practical aspects of large format lithium ion battery covering fundamentals, technicalities, design aspects, electronic charging circuits, and hardware engineering and application details. This eBook has 15 exhaustive chapters and packed with numerous graphics, block diagrams, circuit diagrams, component specifications, tables, images and many more technical details. In short, it covers A to Z of Lithium-Ion Battery.The author is a Graduate in Electronics from the prestigious institute, Indian Institute of Technology, Kharagpur, India, and has spent more than 4 decades as design and application engineer in various industries in India & USA. The author has successfully designed a large number of electronics products for industrial and domestic use.The exclusive objective of this eBook is to focus on practical engineering skills to solve real-world engineering design problems in industries. The author has carefully bypassed college level theories to make the eBooks a Handbook which will serve as a reference book for design and field level engineers.After some basics, this eBook enters into the world of large lithium-ion battery pack suitable for electric vehicles and extensively cover the design techniques of BMS. Large Li-ion battery packs have incredible application potential in the emerging Electric Vehicle market.Electric vehicles require large battery packs for which lead-acid batteries are too heavy and bulky. Arrival of Lithium Ion Batteries has solved this problem due to its improved energy density, cycle life, power capability and higher durability. Lithium-Ion batteries are ideal for electric and hybrid vehicles. The grid-tied energy storage systems for integration of renewable energy and load levelling, back-up power systems have found lithium ion batteries as most suitable. Lithium Ion batteries is a boon to free the world from the perils of non-renewable energy sources.The information, techniques, tips, data, illustrations and technological inputs in this eBook are accurate and proven engineering knowledge that the author has carefully edited to make it one of the most useful and well documented eBook on this subject.Readership:This eBook is written for professionals, industrial engineers, students and hobbyists who are connected to the emerging technology of Lithium-Ion Battery and Electric Vehicles.Contents:Chapter-1: Basics of Li-ion Battery for Electric VehiclesChapter-2: About Electric VehiclesChapter-3: All about Li-ion Battery CellsChapter-4: Technology, Terminology, and Chemistry of Lithium Ion Battery for EVChapter-5: In-depth engineering analysis of Lithium-Ion Battery for Electric Vehicle applications.Chapter-6: Design Criterion of Li-ion Battery Management Systems for Electric Vehicles.Chapter-7: Total Energy Management System of PHEVChapter-8: Power System Control of Battery Management SystemChapter-9: Detail engineering of Motors for Electric VehiclesChapter-10: Engineering design details of Battery Monitoring UnitChapter-11: Lithium-Ion Battery Cell BalancingChapter-12: Detail Engineering on Battery Charging for EV applicationChapter-13: PHEV to Grid Communication (V2G) and Charging StationChapter-14: Lithium-Ion Battery performance requirements for EVsChapter-15: Acronyms used in BOM on Li-Ion Battery for EV & connect to authorThis eBook is a 100% self-help handbook for design and application engineers written in simple English so that... I am a Graduate Electronics Engineer from Indian Institute of Technology, Kharagpur, India having more than 45 years of Design Engineering experience in Electronics Products. I have wo