Electric Vehicle Technology (EV-Focused Content)
Course Objectives
Explain the fundamental principles of electric vehicles (EVs) and hybrid vehicle technologies. Outline the evolution from conventional internal combustion engines to electric and hybrid propulsion systems. Present the architecture and operation of battery management systems (BMS) in EV applications. Introduce the types and working principles of electric motors used in automotive powertrains. Detail various charging technologies, infrastructure requirements, and standards for EVs. Discuss hydrogen fuel cell technology and its applications within the automotive sector. Analyze the challenges and solutions in the real-world deployment of electric and fuel cell vehicles. Compare environmental impacts and sustainability of EVs against traditional vehicles. Integrate the role of advanced electronics, safety systems, and diagnostics in modern EVs. Foster industry readiness and innovative thinking for future developments in electric mobility.
Learning Outcomes
Describe the construction and operation of battery electric vehicles (BEVs), hybrids, and plug-in hybrids. Identify different types of high-voltage batteries and explain their function within EVs. Explain working principles of electric motors (AC/DC, induction, permanent magnet) used in vehicles. Demonstrate understanding of battery management systems and their critical safety roles. Illustrate how various charging technologies (slow, fast, DC rapid) operate and interface with EVs. Discuss hydrogen fuel cell operation, components, and integration in automotive applications. Assess the challenges in charging infrastructure, range, and thermal management for EV deployment. Compare emissions, lifecycle sustainability, and environmental benefits of EVs to ICE vehicles. Apply basic diagnostic techniques for EV-specific components using aftersales tools. Propose solutions for current market barriers and forecast trends in electric mobility and service.
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