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Full Description
The Future of Road Transportation presents rapidly growing research towards electrified and automated vehicles. It explains the workings and drawbacks of a conventional vehicle's powertrain, braking, and steering systems before exploring ADAS equipment and driverless car technologies.
Emphasizing the necessary changes in conventional transport systems towards sustainable and smart mobility, this book discusses advanced future mobility technologies and the challenges and considerations for developing sustainable vehicle designs. It overviews the construction details and the research-level contents of the power train, battery, charging infrastructure, and other control systems of the electrical vehicles.
The book is intended for automotive and electrical engineers and researchers working on electric vehicle technology, autonomous and automated vehicles, automotive sustainability. It will also be useful for mechanical and electrical engineering students taking courses in Automotive/Vehicle Engineering and Automotive Systems and Design.
Contents
1. Fundamentals and Challenges of Conventional Road Transportation. 2. Challenges of Present Transportation. 3. Alternative Propulsion Systems. 4. Recent Advancements and Challenges of Powertrain Technologies in Electric Vehicles Applications. 5. Analysis of Recent Developments in Three-Phase Transformerless Inverter Topologies for Photovoltaic and Electric Vehicle Applications. 6. Evaluation of Single-Phase Rectifier Bridge Clamping Circuit Solar Power Transformerless Inverter Topologies for Electric Vehicle Applications. 7. Battery Technology for Hybrid and Battery Vehicles. 8. Challenges and Limitations of Electric Vehicles. 9. Battery Management System for Electric Vehicles. 10. Charging Infrastructure for EVs. 11. Advanced Driver Assistance Systems. 12. An Insight Review on Cognitive Bias for Advanced Driver Assistance System. 13. The Sensors in Future Vehicles. 14. Trends in Electrical and Automated Vehicles.
