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Automotive Electricity: Electric Drive

Joseph Beretta (Editor)
ISBN: 978-1-84821-095-0
304 pages
March 2010, Wiley-ISTE
Automotive Electricity: Electric Drive (1848210957) cover image
Since the beginning of the century, electrical goods have invaded our everyday lives. Now, electric power is coming to be seen as a solution to the pollution caused by cars. While this transition has remained very slow during the last ten years, it has been accelerating as the statutory constraints and needs of the market have changed. Even if the electric car itself fails to dominate the market, electric traction is taking an important place in our drive to move away from gas-powered vehicles. Another solution, hybrid vehicles, combine two sources of energy (electric and chemical), reducing the global consumption of fossil fuels. Fuel cell vehicles are also one of the most promising technologies for the future, with the capacity to use any fuel - hydrogen being the ideal fuel ecologically, but constrained by infrastructure and storage issues. This book explores all these different solutions for moving our vehicles from fossil fuel consumption to new, more environmentally-friendly power sources.
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Preface ix

Chapter 1. Introduction 1
Joseph BERETTA

1.1. Automotive constraints 1

1.2. Key figures from the automotive industry – data from the CCFA (association of French car manufacturers) 2

Chapter 2. Basic Definitions 5
Joseph BERETTA

2.1. Basic concepts 5

2.1.1. Basics of automotive energy. 5

2.1.2. Basics of automotive dynamics 7

2.2. The different electric drive-train systems 10

2.2.1. Basic definitions 10

2.2.2. Definitions of drive-train systems 14

2.2.3. Thermal-electric hybrid systems 19

2.2.4. Complex hybrids 22

Chapter 3. Electric-Powered Vehicles 27
Joseph BERETTA, Cyriacus BLEIJS, François BADIN and Thierry ALLEAU

3.1. History 27

3.2. Battery-powered electric vehicles 31

3.2.1. Battery sizing 31

3.2.2. Vehicle specifications 33

3.2.3. Calculating the vehicle weights 34

3.2.4. Application on a small vehicle 37

3.3. Recharging systems for electric vehicles 40

3.3.1. What is battery charging? 41

3.3.2. The various types of chargers 41

3.3.3. Recharging efficiency 49

3.3.4. Recharging in complete safety 50

3.4. Thermal/electric hybrid vehicles 53

3.4.1. Assessment of traditional motorizations 53

3.4.2. Implementation of hybrid transmissions 69

3.4.3. Context of research concerning hybrid transmission 74

3.4.4. Functionalities of hybrid architectures 82

3.4.5. Evaluation of hybrid vehicles 110

3.4.6. The first vehicles on the market 118

3.5. Fuel-cell vehicles 144

3.5.1. History, introduction 144

3.5.2. Choosing the kind of fuel cell 145

3.6. Bibliography 169

3.7. Summary table of fuel-cell (PEM) vehicle prototypes (as of February 2005) 169

Chapter 4. The Components of Electric-Powered Vehicles 173
Joseph BERETTA, Jean BONAL and Thierry ALLEAU

4.1. Electric motors 175

4.2. Electronic converters 180

4.2.1. Characteristics of electric vehicles 180

4.2.2. Components of electronic converters 181

4.3.3. Generators – receivers – sources 182

4.3.4. Rectifiers 185

4.3.5. Choppers 186

4.3.6. Inverters 202

4.3. Batteries and static storage systems 207

4.3.1. The different electrochemical couples for batteries 207

4.3.2. Positioning of Ni-MH and Li-ion batteries for different applications 213

4.3.3. Recycling processes 215

4.4. The fuel cell and on-board fuel storage 217

4.4.1. History of the fuel cell 217

4.4.2. The different fuel-cell technologies 220

4.4.3. The PEM fuel cell 223

4.4.4. Technology and cost of fuel-cell components 235

4.4.5. Peripherals of the fuel cell 241

4.4.6. Numerical modeling of the fuel cell 246

4.4.7. The fuel and its storage 249

4.4.8. Conclusions. 264

4.5. Bibliography 266

Chapter 5. Prospects and Evolutions of Electric-Powered Vehicles: What Technologies by 2015? 269
Joseph BERETTA

5.1. Mobility 269

5.2. New technologies 274

5.2.1. Electric motors 276

5.2.2. Electronic power systems 278

5.2.3. Electric energy sources 279

5.3. New cars 282

Automobile Glossary 291

Appendices 313

Appendix 1. European regulation emissions for light vehicles 313

Appendix 2.a. Example of hybrid parallel transmission with flywheel storage 314

Appendix 2.b. Example of hybrid parallel transmission with oleo-pneumatic storage 314

Appendix 3. Example of function allocation 315

Appendix 4. Toyota Prius engine 316

List of authors 317

Index 319

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Joseph Beretta is currently with the Division of Research and Automobile Innovation at PSA Peugeot Citroën, where he is responsible for the domain of electromechanical research, electrochemistry, electronics and systems.
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