Handbook on New Paradigms in Smart Charging for E-Mobility: Global Trends, Policies and Practices provides a complete package for understanding and developing smart chargers for e-mobility applications. It discusses various concepts required for developing charging infrastructure and usage of different kinds of storage technologies, power electronics converters, controllers, communication requirements, grid infrastructure, sustainable technologies, policy frameworks, and all other related crucial aspects of E-mobility. Each part of the book covers a subdomain of e-mobility, beginning with an…mehr
Handbook on New Paradigms in Smart Charging for E-Mobility: Global Trends, Policies and Practices provides a complete package for understanding and developing smart chargers for e-mobility applications. It discusses various concepts required for developing charging infrastructure and usage of different kinds of storage technologies, power electronics converters, controllers, communication requirements, grid infrastructure, sustainable technologies, policy frameworks, and all other related crucial aspects of E-mobility. Each part of the book covers a subdomain of e-mobility, beginning with an introductory chapter reviewing existing literature; the subsequent chapters are arranged to each follow the previous one. Other available books focus on specific technical subdomains of e-mobility, but none provides the wider outlook to meet the requirements of all audiences. This book uniquely brings together topics that are not otherwise easily accessible or available to these audiences. This book will be beneficial for engineers, scientists, and researchers, providing them with a comprehensive standard benchmark work to explore the evolving aspects of charging infrastructure for E-mobility. Further, it will also help policymakers, practitioners and government entities to formulate policies for successful implementations of E-motility for their masses. The techno-socio-economic focus will serve as standard literature for all.
Dr. Abhishek Kumar is currently a Postdoctoral Research Fellow at College of Electrical Engineering, Zhejiang University (ZJU), China. He also served as an Assistant Professor at the National Institute of Technology (NIT), Yupia, India from 2012-2014. His research includes Sustainable Rural Electrification Systems, Microgrids, Power Electronics & applications in Renewable Energy Systems, Optimization and application of Decision Analysis in Energy Planning, Smart Grids and E-mobility solutions, State of the art algorithm development for Power & Energy Applications, and more. He was awarded TEQIP India Government Master Scholarship in 2010 and Chinese Government Scholarship for Doctoral Degree study at Zhejiang University in 2014 respectively. He acquired special First Category Merit-based Funding from Zhejiang Provincial Government under Provincial Postdoctoral Advance Program in 2020. He has contributed as a role of Outstanding Reviewer for many prestigious journals and also as a Review Editor of Frontiers in Sustainability.
Inhaltsangabe
Part 1: State of the art in charger technology 1. Types of EV charging 2. Battery chemistries 3. EV charging protocols and communication techniques 4. Control algorithms for EV charging 5. Deployment of chargers-A global perspective Part 2: Renewable energy integration to charging infrastructure 6. Renewable energy generation types 7. Technological status of RES- Current and Future Trends 8. Requirements of integration of RES with charging infrastructure 9. Integration of RES to EV charging-sate of the art 10. RES and EV charging-potential scenarios Part 3: Use of energy storage system in charging infrastructure 11. Types and classifications of electrical energy storage systems (ESS) 12. Integration of ESS with grid 13. ESS and renewable energy 14. ESS for chargers with RES 15. Energy management with ESS, RES and grid during charging Part 4: Power electronics (PE) and EV chargers 16. State of the art of PE converters used in chargers 17. New converter topologies for PE converters for charger application 18. Potential of wide band gap (WBG) devices of EV chargers 19. High power converters for wireless and fast chargers Part-5: Policies, politics and socio-economic dimensions of E-mobility infrastructure 20. Socio-techno and commercial dimensions of E-mobility infrastructure 21. Charging infrastructure as an enabler for E-mobility 22. Potential of smart charging infrastructures for emerging economies 23. Quality of live and human development via E-mobility 24. Case studies and institutional polices strategies towards E-mobility 25. Future policy recommendation for enabling E-mobility as a service for masses
Part 1: State of the art in charger technology 1. Types of EV charging 2. Battery chemistries 3. EV charging protocols and communication techniques 4. Control algorithms for EV charging 5. Deployment of chargers-A global perspective Part 2: Renewable energy integration to charging infrastructure 6. Renewable energy generation types 7. Technological status of RES- Current and Future Trends 8. Requirements of integration of RES with charging infrastructure 9. Integration of RES to EV charging-sate of the art 10. RES and EV charging-potential scenarios Part 3: Use of energy storage system in charging infrastructure 11. Types and classifications of electrical energy storage systems (ESS) 12. Integration of ESS with grid 13. ESS and renewable energy 14. ESS for chargers with RES 15. Energy management with ESS, RES and grid during charging Part 4: Power electronics (PE) and EV chargers 16. State of the art of PE converters used in chargers 17. New converter topologies for PE converters for charger application 18. Potential of wide band gap (WBG) devices of EV chargers 19. High power converters for wireless and fast chargers Part-5: Policies, politics and socio-economic dimensions of E-mobility infrastructure 20. Socio-techno and commercial dimensions of E-mobility infrastructure 21. Charging infrastructure as an enabler for E-mobility 22. Potential of smart charging infrastructures for emerging economies 23. Quality of live and human development via E-mobility 24. Case studies and institutional polices strategies towards E-mobility 25. Future policy recommendation for enabling E-mobility as a service for masses
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