Electric Vehicle Conductive Charging System Electric Vehicle On Board Charger Emc Requirements For Conductive Connection To An Ac Dc Supply

Rated current, Electric motors, Battery-powered devices, Alternating current, Electrical conductance, Electric connectors, Road vehicles, Battery chargers, Circuits, Electrical testing, Electric power systems, Direct current, Electrically-operated devices, Electromagnetic compatibility, Electric charge

Road vehicles, Electrically-operated devices, Electric charge, Battery chargers, Battery-powered devices, Electrical conductance, Electric motors, Electric connectors, Circuits, Direct current, Alternating current, Rated current, Electric power systems, Electrical testing, Electromagnetic compatibility

This edited volume presents research results of the PPP European Green Vehicle Initiative (EGVI), focusing on Electric Vehicle Systems Architecture and Standardization Needs. The objectives of energy efficiency and zero emissions in road transportation imply a paradigm shift in the concept of the automobile regarding design, materials, and propulsion technology. A redesign of the electric and electronic architecture provides in many aspects additional potential for reaching these goals. At the same time, standardization within a broad range of features, components and systems is a key enabling factor for a successful market entry of the electric vehicle (EV). It would lower production cost, increase interoperability and compatibilities, and sustain market penetration. Hence, novel architectures and testing concepts and standardization approaches for the EV have been the topic of an expert workshop of the European Green Vehicles Initiative PPP. This book contains the contributions of current European research projects on EV architecture and an expert view on the status of EV standardization. The target audience primarily comprises researchers and experts in the field.

Heavy-Duty Electric Vehicles: From Concept to Reality presents a step-by-step design and development guide for heavy-duty electric vehicles. It also offers practical insights based on the commercial application of an electric city bus. Heavy-duty electric vehicle design is challenging due to a lack of clear understanding of the government policies, R&D directions and uncertainty around the performance of various subsystems in an electric powertrain. Therefore, this book discusses key technical aspects of motors, power electronics, batteries and vehicle control systems, and outlines the system integration strategies necessary for design and safe operation of electric vehicles in practice. This comprehensive book serves as a guide to engineers and decision makers involved in electric vehicle development programs and assists them in finding the suitable electric powertrain solution for a given heavy-duty vehicle application. Offers an overview of various standards and regulations that guide the electric vehicle design process and a comprehensive discussion on various government policies and incentive schemes propelling the growth of heavy electric vehicle markets across the world Provides a comparative evaluation of different electric drivetrain concepts and a step-by-step power calculation guide for heavy-duty electric powertrain Explains material selection and manufacturing methods for next generation batteries Discusses key elements and design rules for creating a robust high voltage energy storage system, appropriate packaging and its support systems including charging network Includes a concise description of torque mapping, power management and fault handling strategies for inverter drive and control systems Features case studies to better understand complex topics like charging system requirements and vehicle control system diagnostics

Electric and hybrid vehicles are now the present, not the future. This straightforward and highly illustrated full-colour textbook is endorsed by the Institute of the Motor Industry (IMI) and introduces the subject for further education and undergraduate students as well as technicians and workshop owners, with sections for drivers who are interested to know more. This new edition contains extensively updated content, especially on batteries, charging and the high-voltage pathway and includes all new case studies and new images, photos and flow charts throughout. It covers the different types of electric vehicle, costs and emissions and the charging infrastructure before moving on to explain how hybrid and electric vehicles work. A chapter on electrical technology introduces learners to subjects such as batteries, control systems and charging, which are then covered in more detail within their own chapters. The book also covers the maintenance and repair procedures of these vehicles, including diagnostics, servicing, repair and first-responder information. The book is particularly suitable for students studying towards IMI Level 1 Award in Hybrid Electric Vehicle Awareness, IMI Level 2 Award in Hybrid Electric Vehicle Operation and Maintenance, IMI Level 3 Award in Hybrid Electric Vehicle Repair and Replacement, IMI Level 4 Award in the Diagnosis, Testing and Repair of Electric/Hybrid Vehicles and Components, IMI accreditation, City & Guilds (C&G) and all other EV/hybrid courses.

Road vehicles, Electrically-operated devices, Electric charge, Battery chargers, Battery-powered devices, Electrical conductance, Electric motors, Alternating current

This book examines education about standardization in the context of sustainable management. It shows the role of standardization education in the global economy, and in markets, industries and businesses. The book presents knowledge on standardization for sustainable management, describes measures that can be taken to stimulate it, and highlights strategies for teaching and disseminating the concept. Subsequently presenting a number of best practices and case studies, the book seeks to align theory and practice. For researchers, this is the first academic publication that interconnects the concepts of sustainability, standardization and education. For professionals in the area of sustainability it shows that standardization is an essential instrument for enhancing sustainability for which proper education is needed. For standardization professionals the book reveals the links to sustainability and it shows not only the importance of education about standardization but also how this can be organized, and finally, for universities, the book shows that standardization deserves to be included in the curriculum, and it provides guidance and best practice examples about how this can be done.