Electric Vehicle Technology: Engineering Fundamentals and Systems

The transition to electric mobility is transforming the global automotive landscape, requiring engineers, enthusiasts, and industry professionals to master an entirely new technological ecosystem. This text-only course provides a comprehensive foundation in the core engineering principles that drive modern electric vehicles. You will transition from basic concepts to a clear, systematic understanding of how electric drivetrains, energy storage systems, and power electronics operate in harmony. What you'll learn: - Understand the core components of electric vehicle powertrains and how they differ from internal combustion engines. - Analyze battery chemistry types, state-of-charge management, and modern thermal management systems. - Compare different electric motor technologies, including permanent magnet and induction motors, for automotive applications. - Explore power electronics, inverter design, and regenerative braking energy recovery systems. - Evaluate modern charging infrastructure standards, smart grid integration, and vehicle-to-grid (V2G) technology. - Examine future trends in electric mobility, including solid-state batteries and sustainable manufacturing. The course begins with fundamental terminology and historical context, establishing a solid conceptual foundation. You will then progress through detailed, text-based breakdowns of electrical propulsion, battery management systems, and charging protocols, supported by practical scenarios and architectural explanations. Designed specifically for beginners and professionals transitioning from traditional automotive backgrounds, this course requires no previous advanced engineering experience. Start reading today to build your expertise in the future of transportation.