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e - ISBN : 978-1-68576-535-4 Print ISBN :978-1-68576-534-7 Publisher: Iterative International Publishers (IIP), Selfypage Developers Pvt Ltd. Publication date: 2024
DOI : <a href="https://www.doi.org/10.58532/PTFT" target="_blank" rel="noopener noreferrer">https://www.doi.org/10.58532/PTFT</a>
 Chapter 1 -The Evolution of Electric Vehicles (EVs)
1.1 Early Beginnings of Electric Mobility 1.2 Development of Modern Electric Vehicle Technology 1.3 Key Challenges in EV Adoption 1.4 Evolution of EV Charging Infrastructure 1.5 The Role of Innovation in Shaping EVs
Chapter 2 -Solar Energy: A Sustainable Power Source
2.1 The Science Behind Solar Power 2.2 Types of Solar Panels: A Comparative Analysis 2.3 Solar Power Efficiency and Limitations 2.4 The Global Shift Towards Renewable Energy 2.5 The Role of Solar Power in Reducing Carbon Emissions
Chapter 3 -The Concept of Solar-Powered Electric Vehicles
3.4 Integrating Solar Technology with EVs 3.5 Technological Innovations in Solar EVs 3.6 Understanding the Energy Requirements of EVs 3.7 Benefits of Solar-Powered Electric Vehicles 3.8 Potential Challenges in Solar EV Integration
Chapter 4 -Solar Panel Technology: Efficiency and Design
4.1 Monocrystalline vs. Polycrystalline Solar Panels 4.2 Flexible and Thin-Film Solar Panels for Vehicles 4.3 Maximizing Solar Panel Efficiency 4.4 Aerodynamic Design of Solar-Powered EVs 4.5 Advances in Solar Panel Manufacturing
Chapter 5 -Energy Storage in Solar EVs
5.1 The Role of Batteries in Solar Electric Vehicles 5.2 Battery Technologies: Lithium-Ion vs. Solid-State 5.3 Optimizing Energy Storage for Solar EVs 5.4 Charging Mechanisms for Solar-Powered EVs 5.5 Innovations in Battery Recycling and Sustainability
Chapter 6 -Environmental Impact of Solar EVs
6.1 Reducing Carbon Footprint with Solar-Powered EVs 6.2 Solar EVs and Urban Air Quality 6.3 Life Cycle Analysis of Solar Panels in EVs 6.4 The Impact of Solar EVs on Global Energy Consumption 6.5 Assessing the Long-Term Environmental Benefits
Chapter 7 -The Evolution of Electric Vehicles (EVs)
7.1 Cost Analysis of Solar Panels for EVs 7.2 Government Incentives for Solar and EV Adoption 7.3 Economic Benefits of Solar EVs for Consumers 7.4 Investment Trends in Solar-Powered Transportation 7.5 The Future Market for Solar-Powered Vehicles
Chapter 8 -Case Studies: Solar EVs Around the World
8.1 Solar-Powered EVs in Europe: Progress and Challenges 8.2 The U.S. Approach to Solar Integration in EVs 8.3 Solar EVs in Asia: Innovations and Adoption 8.4 Solar-Powered Public Transport Initiatives 8.5 The Role of Policy in Solar EV Implementation
Chapter 9 -Advancements in Solar EV Charging
9.1 Solar-Powered Charging Stations for EVs 9.2 Wireless Solar EV Charging Technologies 9.3 Home-Based Solar EV Charging Systems 9.4 Mobile Solar Charging Solutions for Remote Areas 9.5 The Role of Smart Grids in Solar EV Charging
Chapter 10 -The Evolution of Electric Vehicles (EVs)
10.1 Efficiency Losses in Solar Energy Conversion 10.2 Space Constraints on EVs for Solar Panel Installation 10.3 Overcoming Weather-Related Challenges 10.4 Maintaining Solar Panels on EVs 10.5 Legal and Regulatory Barriers to Solar EV Adoption
Chapter 11 -The Role of AI and IoT in Solar EVs
11.1 AI-Powered Solar Energy Management Systems 11.2 IoT-Enabled Monitoring of Solar EV Performance 11.3 Predictive Maintenance for Solar-Powered EVs 11.4 Smart Solar Grids and Connected EVs 11.5 AI-Driven Innovations in Solar EVs Chapter 12 -Innovations in Solar EV Materials
12.1 Lightweight Materials for Solar-Powered Vehicles 12.2 Enhancing Durability of Solar Panels for EVs 12.3 Transparent Solar Panels for EV Windows 12.4 High-Temperature Resistant Materials in Solar EVs 12.5 The Future of Nanotechnology in Solar-Powered EVs Chapter 13 -Autonomous Solar-Powered Electric Vehicles
13.1 The Integration of Solar Panels in Self-Driving Cars 13.2 Energy Efficiency in Autonomous Solar EVs 13.3 The Role of Machine Learning in Solar-Powered Autonomy 13.4 Challenges in Developing Autonomous Solar EVs 13.5 Regulatory Considerations for Autonomous Solar EVs Chapter 14 -The Evolution of Electric Vehicles (EVs)
14.1 Solar-Powered Public Transit: Buses, Trains, and Ferries 14.2 Solar EVs and the Ride-Sharing Economy 14.3 Solar-Powered Aviation: The Next Frontier 14.4 Global Impacts of Solar EVs on the Transportation Sector 14.5 Collaborative Efforts in the Future of Solar EVs
Chapter 15 -The Role of Solar EVs in Smart Cities
15.1 Integrating Solar EVs into Urban Planning 15.2 Solar-Powered Charging Infrastructure in Smart Cities 15.3 The Impact of Solar EVs on Urban Mobility 15.4 Renewable Energy Integration in Urban Environments 15.5 Public-Private Partnerships for Solar EV Implementation
Chapter 16 -Solar-Powered Commercial Vehicles
16.1 Solar Integration in Delivery Trucks and Vans 16.2 Solar-Powered Long-Distance Freight Transport 16.3 Commercial Use Cases for Solar EVs 16.4 Challenges in Scaling Solar-Powered Commercial Vehicles 16.5 Solar EVs in Agriculture and Mining
Chapter 17 -Solar EVs in Emerging Markets
17.1 Opportunities for Solar EVs in Developing Countries 17.2 Solar-Powered Mobility Solutions for Rural Areas 17.3 Overcoming Infrastructure Challenges in Emerging Markets 17.4 Localized Innovations in Solar EVs 17.5 Financing Solar EVs in Developing Economies
Chapter 18 -The Intersection of Policy and Solar EVs
18.1 Government Policies Promoting Solar EV Adoption 18.2 Regulatory Challenges and Global Standards 18.3 Solar EVs and Emissions Regulations 18.4 Subsidies and Financial Incentives for Solar-Powered Vehicles 18.5 International Cooperation for Solar EV Development
Chapter 19 -Consumer Adoption of Solar EVs
19.1 Consumer Perceptions of Solar-Powered EVs 19.2 Overcoming Misconceptions and Knowledge Gaps 19.3 The Role of Marketing in Promoting Solar EVs 19.4 The Role of Marketing in Promoting Solar EVs 19.5 Adoption Trends Across Different Markets
Chapter 20 -The Long-Term Vision for Solar EVs
20.1 The Role of Solar EVs in Achieving Global Sustainability Goals 20.2 Technological Breakthroughs for Solar EVs 20.3 The Role of Solar EVs in Energy Independence 20.4 Predicting the Future of Solar EVs in a Post-Fossil-Fuel World 20.5 Shaping the Future of Clean Transportation with Solar EVs 
AIM & SCOPE
The rapid evolution of technology has brought us to the threshold of a new era in sustainable transportation. The integration of solar panels into electric vehicles (EVs) represents a groundbreaking convergence of renewable energy and electric mobility, two pillars essential for reducing our carbon footprint and addressing global environmental challenges. This book, powering the Future: The Integration of Solar Panels in Electric Vehicles explores this dynamic innovation and delves into its potential to transform the way we travel and power our vehicles.In these pages, we examine the key technologies driving solar-powered EVs, the challenges involved in their development, and the exciting opportunities they present for the future of transportation. From breakthroughs in photovoltaic efficiency to advancements in battery storage, this book offers a comprehensive look at how solar energy can be harnessed to fuel the electric vehicles of tomorrow. Our aim is to provide readers with not only a deep understanding of the technical aspects but also insights into the environmental, economic, and social implications of this transformative technology.As we venture into the future, the integration of solar energy into electric vehicles stands as a beacon of hope for a cleaner, more sustainable world. This book seeks to inspire innovators, policymakers, and everyday individuals to consider how this technology can shape a future where clean energy and smart mobility come together to create a greener planet
Author’s
Dr. Nisha Tayal Associate Professor University Institute of Engineering &Technology Panjab University

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