Electric and Hybrid Vehicles: A Solution to Green Transportation and Resilient Grid

Electric and Hybrid Vehicles: A Solution to Green Transportation and Resilient Grid
Electrified Transportation

Transport Technology

Electric and Hybrid Vehicles: A Solution to Green Transportation and Resilient Grid
Electrified Transportation Forthcoming

Editors:
 Mohd Rizwan Khalid, Aligarh Muslim University, India
Farhad Ilahi Bakhsh, National Institute of Technology Srinagar, Hazratbal, Srinagar, Jammu and Kashmir, India
Sanchari Deb, Newcastle Academic Track Fellow, Newcastle University, UK
Mohammad Amir, University of Liverpool, United Kingdom
Irfan A. Khan, Texas A&M University College Station, USA

ISBN: 9788743806943 (Paperback) e-ISBN: 9788743806936

Available: March 2027

This book discusses and presents electric vehicle technology, highlighting the research gap and bottlenecks, while laying the roadmap for future research. This will lead to the success of technology and creating a green, intelligent, smart, and sustainable society along with a resilient grid. It is intended for academics and researchers who are working in the field of electric vehicles for net-zero transportation.

This book presents a wide area for academicians and researchers to understand the technology and the main topics covered include:

  • Different charging topologies, infrastructure, and strategies for electrified transportation.
  • Different types of charging.
  • Different charging standards and protocols.
  • Storage technology for electrified transportation.
  • Battery swapping technology for electric vehicles.
  • Networking and traffic control strategies involved in electrified transportation.
  • Communications, IoT, and Blockchain for electrified transportation.
Electric vehicles, fast charging, wireless charging, energy management, optimized allocation of chargers, decarbonization, sustainable cities
  • Electric Vehicle Charging Stations in Hybrid Energy Systems: Architecture, Management, and Standards
  • Charging Standards and Protocols for Electric Vehicles
  • Electric Vehicle Propulsion Systems and Charging Techniques
  • Battery Modelling and Emerging BMS Techniques in Electric vehicles: An Integrated Review
  • High Gain DC-DC Converters for Fuel Cell Powered Electric Vehicle Applications
  • Resilient ABF-SMC Design for a Novel Multisource Hybrid Electric Vehicle
  • Grid Integration and Charging Infrastructure for Electric Vehicles
  • Sustainable E-Mobility with Blockchain Enabled Decentralized Charging Architecture
  • Exploring the Potential of Vehicle to Grid Technology at Newcastle Upon Tyne, United Kingdom