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Hybrid-Powered Vehicles, Second Edition

Hybrid Powered Vehicles, 2nd Edition builds on the original edition’s exploration of hybrid components, system engineering, design constraints, challenges, and opportunities of hybrid vehicles. Since the first edition was published in 2003, hybrid vehicles have seen major technical developments and have gained significant market share.

This book provides the reader with a thorough yet accessible understanding of the latest hybrid technology developments, along with keen insight into the market forces shaping the technology and a look at what lies ahead.

Author John German reviews the development history of hybrid vehicles and the current state of hybrid technology, including battery types and chemistries. He also highlights the cycles of fuel availability, fuel economy, and concern for environmental issues, and profiles government efforts to spur development of more efficient vehicles.

Future enhancements, including more sophisticated hybrid control strategies and integrating additional electrical components to improve efficiency, are also featured. Cost reduction, being a major barrier to mass market adoption, is also discussed. Finally, future sales and market forecasts are offered, including the belief that hybrid sales will rapidly increase after approximately 2020 and will capture about 75% of the market by about 2030.

Topics include:

  • Transitional Technology or Ultimate Solution
  • Design
  • Components
  • Design Constraints
  • Plug-In Hybrid Design
  • Hybrid System Optimization
  • Customer Acceptance
  • Future Development
  • Future Conventional Hybrid and PHEV Markets


  • Published By: SAE International
    Pages: 140
    Binding: Softbound
    Product Code: T-125
    Product Status: Available
    John German

    John German is a Senior Fellow and Program Director for the International Council for Clean Transportation, with primary responsibility for technology innovation and U.S. policy development.

    Mr. German has been involved with advanced technology and efficiency since joining Chrysler in 1976, where he spent 8 years in Powertrain Engineering working on fuel economy issues.

    Mr. German next spent 13 years doing research and writing regulations for EPA’s Office of Mobile Sources’ laboratory in Ann Arbor, MI. His rulemaking work included Tier 2 standards, revisions to the Federal Test Procedure, cold temperature CO standards, and on-board diagnostics. His research and analytical work included fuel economy technology assessments, fuel economy modeling, computer models of second-by-second emissions, and nonroad emission inventories.

    Prior to joining ICCT two years ago, he spent 11 years as Manager of Environmental and Energy Analyses for American Honda Motor Company. His responsibilities included anything connected with environmental and energy matters, with an emphasis on being a liaison between Honda’s R&D people in Japan and regulatory affairs.

    Mr. German is the author of a wide variety of technical papers, including the future of hybrid vehicles, consumer valuation of fuel savings, feebates, light truck trends, factors affecting vehicle emissions, emission modeling, and energy demand modeling. He has given numerous presentations on hybrid vehicles at conferences and university seminars, including participation in the SAE Industrial Lectureship Program from 2001 to 2003, and wrote the chapter on hybrid-electric vehicles for the Encyclopedia of Energy. Mr. German is also the first recipient of the Barry D. McNutt award, presented annually by SAE for Excellence in Automotive Policy Analysis, and is a member of the National Research Council’s Committee on Transitions to Alternative Vehicles and Fuels.

    Mr. German has a bachelor’s degree in Physics from the University of Michigan and got over half way through an MBA before he came to his senses.

    Print Book Member List

    Hybrid-Powered Vehicles, Second Edition

    ISBN: 978-0-7680-3497-4
    eBook Member List

    Hybrid-Powered Vehicles, Second Edition

    pdf ISBN: 978-0-7680-4852-0
    ePub ISBN: 978-0-7680-4854-4
    prc ISBN: 978-0-7680-4853-7
    Chapters / Sections
    1.
    Hybrid Vehicles-Transitional Technology or Ultimate Solution?
    2.
    Hybrid System Design
    3.
    Hybrid Components
    4.
    Hybrid Design Constraints
    5.
    Plug-In Hybrid Design and Challenges
    6.
    Real-World Examples
    7.
    Hybrid System Optimization: Challenges and Opportunities
    8.
    Customer Acceptance
    9.
    Future Hybrid Technology Development
    10.
    Future Conventional Hybrid Markets
    11.
    Future PHEV Markets
    Related Titles
    Advanced Hybrid Powertrains for Commercial Vehicles
    by:
    Haoran Hu
    Simon Baseley
    Rudolf M. Smaling

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