ELECTRIC AND HYBRID VEHICLES DESIGN FUNDAMENTALS

The global shift towards sustainable energy and environmental
consciousness has propelled the electric vehicle (EV) industry into
the spotlight. With advancements in technology and growing
concerns over pollution, climate change, and dependence on fossil
fuels, EVs have emerged as a promising solution for the future of
transportation.
Electric and Hybrid Vehicles: Design Fundamentals aims to provide
a comprehensive understanding of electric and hybrid vehicle
systems, covering essential topics from vehicle mechanics and
battery technologies to power electronics and motor drives. This
book serves as a valuable resource for students, researchers, and
professionals in the field of automotive engineering, electrical
engineering, and related disciplines.
The content is structured to guide readers through the evolution of
EVs, beginning with historical milestones, exploring the mechanics
and dynamics of vehicle motion, and delving into energy sources
such as batteries, fuel cells, and supercapacitors. The book further
examines the design and operation of electric machines, motor
drives, and the drivetrain, culminating in the design and analysis of
hybrid electric vehicles (HEVs).
Each chapter is meticulously crafted to offer theoretical insights
alongside practical applications, ensuring that readers not only grasp
the fundamental principles but also appreciate their real-world
implementations. Illustrations, diagrams, and examples are
incorporated to enhance understanding and provide clarity on
complex topics.

This book would not have been possible without the contributions of
various researchers, industry experts, and academic institutions
dedicated to the advancement of EV technology. I extend my
heartfelt gratitude to all who have supported this endeavor.
It is my hope that this book inspires and equips the next generation
of engineers and innovators to drive the future of electric and hybrid
vehicles towards greater efficiency, sustainability, and excellence.