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Scope of the Book
This book covers the development of e-mobility ecosystem concepts, Frameworks, Operations, Control Strategies, and Software Applications pivoted around the developments of Smart Grids. E-mobility acts as a crucial element of sustainable transportation as the use of electric vehicles (EVs) operated using electricity generated from renewable energy sources. Based on the concept of reducing environmental pollution and enhancing energy efficiency, e-mobility is a practical choice for future transportation. Keeping this in view, EV communities thrive on the expansion of e-mobility that relies on technological advancements and management systems related to batteries, charging infrastructure, and software to facilitate EVs more affordable and widely available. The term “e-mobility ecosystem” refers to the interconnection of various elements including electric vehicles (EVs), charging infrastructure, energy generation and distribution systems, smart grid technology, and software/apps for managing the communication network that makes up an electric automotive system. Further, an essential framework that considers various aspects such as a set of policies, regulations, incentives, consumer behavior, charging architecture, grid integration, and system interoperability is required for the development of a successful e-mobility ecosystem. This book proposes a comprehensive study of various technologies that support the smart grid, including advanced metering, computing, and communication. Topics covered include enabling technologies such as smart meters, sensors, V2G systems, and plug-in hybrid electric vehicles, as well as communication technologies such as metering infrastructure, intelligent devices, and cloud computing. The potential of the smart grid is explored through various developments such as home and building automation, smart substations, and feeder automation.
This book comprises many interdisciplinary research groups of various authors with their work related to the design of electric propulsion systems and drives, power electronics, networking, computational intelligence, management system, web developments, and many more. The scope of the book will be suitable for a student, a professional in the energy or transportation industry, or simply interested in learning more about this exciting field.
TABLE OF CONTENTS
- Introduction to smart grids and e-mobility ecosystem
- Integration of Electric Transport with Smart Grids
- Design and Development of Architecture in the Electric Mobility Ecosystems
- Innovations in Battery Manufacturing and Design
- Electric Mobility and Charging Infrastructure
- Intelligent Battery Management System (BMS) in the e-Mobility Infrastructure
- Power System Planning, Control, and Reliability
- E-mobility-based Threats and Vulnerabilities to Power Grid Resilience
- Engineering and Testing Solution for Electric Vehicle Development
- Supervisory Control And Data Acquisition(SCADA) Systems in e-mobility Energy Distribution and Smart Metering
- Data-driven solutions to the e-mobility Ecosystem
- Intelligence and Communication in Smart grid
e-Mobility as a Service and its Economic Impact: Regulations, Policies, Governance, and Best Practices in e-Mobility Ecosystems
Case Studies: Renewable Power Generation Technologies; e-Mobility Ecosystems; Power System Automation
Challenges, Opportunities Involved, and Future Trends in e-Mobility
Submission Mail ID:
emobilty.book.elsevier@gmail.com
Submission date: Extended to June 30, 2023
EDITORIAL
Dr. Lakshmi D, Senior Associate Professor, VIT Bhopal University, Madhya Pradesh, India
Dr. Neelu Nagpal, EEE Department, Maharaja Agrasen Institute of Technology, Delhi, India
Dr. Neelam Kassarwani, EEE Department, Maharaja Agrasen Institute of Technology, Delhi, India
Dr. Hasmat Malik, Berkeley Education Alliance for Research in Singapore (a research center of the University of California, USA), Singapore