18-682   Electrical Systems for Electric Vehicles

Course description

Due to concerns of climate change and global warming, electrical vehicles (EV) are rapidly replacing fossil fuel based EVs. The development of electrical transport in Africa is hampered by lack of capacity and technical know-how. Although digital technologies are maturing, there is a lack of technical knowledge, skills, in Power Electronics and associated controls for electric vehicles. This master’s level 12-unit course is aimed at filling this gap.

Outcome

After the successful completion of the course the students will be able to

• Demonstrate understanding of electric vehicle (EV) architecture and major components of different types of EV including high voltage and low voltage components
• Analyze the characteristics and operation of major components such as the battery pack, power electronic converters, charging systems, drive motors and communication systems.
• Analyse the thermal management and regenerative braking systems
• Analyze subsystems forming the electric vehicle by simulation.
• Use diagnostic tools and troubleshooting techniques for EV electrical systems
• Communicate technical information orally and in written form.
• Demonstrate knowledge of industry trends and emerging technologies in EV systems

Prerequisites

There are no prerequisites for the course. However, it is assumed that the students have studied electrical & Electronic principles at bachelor level.