Chapter-wise Contents Outline for the Book Titled "Greener Roads: The Electric Vehicle Revolution"

Well-structured chapter-wise contents outline for the book titled "Greener Roads: The Electric Vehicle Revolution":

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Table of Contents

Foreword
Preface
Acknowledgments
About the Author

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Part I: Foundations of the Electric Vehicle Revolution

Chapter 1: Introduction to Electric Vehicles

• Evolution of transportation

• What defines an EV?

• Historical timeline of EV development

• Need for change: climate, energy, and technology

Chapter 2: Types of Electric Vehicles

• Battery Electric Vehicles (BEVs)

• Plug-in Hybrid Electric Vehicles (PHEVs)

• Hybrid Electric Vehicles (HEVs)

• Fuel Cell Electric Vehicles (FCEVs)

Chapter 3: Key Components and Technologies

• Electric motors and powertrains

• Battery technologies and chemistries

• Charging infrastructure

• Regenerative braking and energy management

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Part II: The Driving Forces of Change

Chapter 4: Environmental Impact and Sustainability

• Emission comparison: ICE vs EV

• Life-cycle assessment

• Battery recycling and second life

• Renewable integration and energy grids

Chapter 5: Government Policies and Incentives

• Global EV policies and mandates

• Tax benefits, subsidies, and grants

• Urban planning and emission zones

• Role of international organizations

Chapter 6: Industry Trends and Market Dynamics

• Global EV market statistics

• Major automakers and their EV roadmaps

• Supply chain and critical materials

• Emerging start-ups and disruptors

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Part III: Infrastructure and Integration

Chapter 7: Charging Infrastructure and Technologies

• Home vs public charging

• Fast-charging and ultra-fast networks

• Wireless and smart charging systems

• Infrastructure challenges and solutions

Chapter 8: Smart Grids and Vehicle-to-Grid (V2G)

• Role of EVs in grid stabilization

• Bidirectional energy flow

• Energy storage and demand management

• Case studies and real-world implementations

Chapter 9: Urban Mobility and Shared Transportation

• Integration with public transport

• Micro-mobility and last-mile solutions

• EVs in ridesharing and carsharing

• Smart cities and sustainable mobility models

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Part IV: Innovations, Challenges, and the Road Ahead

Chapter 10: Innovations in Battery Technology

• Solid-state batteries

• Fast-charging breakthroughs

• Battery management systems

• Future materials and research

Chapter 11: Challenges and Limitations of EV Adoption

• Range anxiety and consumer perceptions

• Charging access and urban density

• Affordability and supply chain issues

• Policy gaps and global disparities

Chapter 12: Future of Autonomous and Connected EVs

• Integration with AI and autonomy

• V2V and V2X communication

• Ethical and regulatory considerations

• Autonomous EV case studies

Chapter 13: EVs in Different Sectors

• Electric buses and public fleets

• EVs in logistics and delivery

• Agriculture and off-road applications

• Aviation and marine electrification

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Part V: Perspectives and Conclusions

Chapter 14: Case Studies from Around the World

• Norway: EV adoption leader

• China: Largest EV market

• India: Policy-driven growth

• USA and EU: Policy and innovation

Chapter 15: The Road to 2050: Vision for a Greener Future

• Global commitments to net-zero

• Role of EVs in climate action

• Future mobility ecosystems

• Final thoughts and call to action

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Appendices

• Glossary of EV Terms

• Technical Specifications of Popular EVs

• Battery Recycling Companies and Contacts

• List of Global EV Policies by Country

References
Index