There is a dedicated chapter on international standards, governmental policies, and codes for implementation, followed by the integration of EVs into smart grids, discussing infrastructure requirements, impacts, and integration modes (V2G, G2V, V2B, and V2H). Technical aspects, modeling, and optimization methods for EV scheduling are explored alongside battery modeling, degradation, charging standards, SOC estimation, and battery management systems. Additionally, the book examines EV interaction with smart grids, renewable energy sources, energy storage systems, global market surveys, and future trends.
Table of Contents
1. Advent of Electric Vehicles- Motivation and Technological Developments2. EV architecture, components, and technological options
3. International standards and policies for EV implementation
4. Electric Vehicle Integration in Smart Grid
5. Electric Vehicle Scheduling Technical aspects, modelling, and optimization methods. Case studies on the implemented systems in various parts of countries
6. Electric vehicle batteries (LIB, Lithium Sulphur Batteries, Solid State Batteries), battery modelling, degradation and charging standards
7. Electric Vehicles interaction to smart grid and Renewable Energy Sources: Relevant Case studies
8. Electric Vehicle and Energy Storage System
9. Electric Vehicle Global Market Survey
10. Future trends and scope

