Technical Book: Development of Li-ion Batteries and Systems for Automotive Use
CS2 *Available for preview.
Technical Book: Development of Li-ion Batteries and Systems for Automotive Use *Available for preview.
Publication Date: November 16, 2009 Format: B5 size, 80 pages Price: 29,400 yen (including tax) <Author> Tetsuo Koike, Representative of Electric Vehicle Technology Development Co., Ltd. / Technical Advisor of Enax Co., Ltd.
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Chapter 1: The Environment Surrounding Automobiles and the Current State of the Automotive Industry 1. The Situation Surrounding Automobiles and the Necessity of HEVs and BEVs 1.1 Global Climate Change 1.2 Global Energy Consumption 1.3 Technological Innovations in Automobiles Responding to Environmental Changes 1.4 Strengthening of Global Emission Regulations 1.5 Mitigation of Global Warming (Regulation of Fuel Consumption) 1.6 Fossil Fuel Reserves and Recoverable Years 1.7 Energy Efficiency of EVs and Gasoline Vehicles 1.8 Basic Policy of the Ministry of Economy, Trade and Industry 1.9 Necessity of HEV and BEV Development 2. Trends in Domestic and International Projects and Government Policies Chapter 2: Characteristics of HEVs, PHEVs, and BEVs and Required Performance of Battery Systems 1. Characteristics of HEVs, PHEVs, and BEVs 1.1 Types and Features of HEVs, PHEVs, and BEVs 1.2 Differences and Features of Passenger HEVs and Commercial HEVs 2. Required Performance of Onboard Battery Systems 2.1 Charge and Discharge Energy of HEV Buses 2.2 Methods for Energy Conservation 2.3 Required Performance and Functions of Energy Storage Devices 2.4 Challenges of Electric Vehicles
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Chapter 3 Development of Onboard Battery Systems 1 Development Points for Onboard Battery Systems 1.1 Current Status of Onboard Battery Development 1.2 Module and Pack Design of Energy Storage Cells 1.3 Development of Batteries Suitable for Onboard Use 2 Trends in the Development of Onboard Li-ion Batteries 2.1 About Li-ion Batteries 2.2 Technical Trends in Li-ion Battery Anode Materials 2.3 Technical Trends in Li-ion Battery Cathode Materials 2.4 Technical Trends in Li-ion Battery Electrolytes 2.5 Development Policy for Li-ion Batteries 2.6 Balancing Output Density and Energy Density 3 Characteristics of Li-ion Batteries 3.1 Specifications of Li-ion Battery Cells 3.2 Charging Characteristics of Li-ion Batteries 3.3 Discharging Characteristics of Li-ion Batteries 3.4 Output Density, Input Density, and Energy Density 3.5 Degradation of Li-ion Batteries 3.6 Cycle Life of Li-ion Batteries 3.7 Safety of Li-ion Batteries 4 Li-ion Battery Management 5 Summary of Li-ion Batteries 6 Characteristics of Ultracapacitors 7 Efficiency Comparison of Various Energy Storage Batteries 8 Future Outlook
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