This course provides a comprehensive examination of advanced power electronics solutions essential for Plug-In Hybrid Electric Vehicles (PHEVs). It begins by detailing the critical role of power electronics in managing energy storage and optimizing electricity flow between the battery, motor, and grid to maximize energy efficiency and vehicle performance. Key topics include:

• In-depth analysis of core components such as battery chargers, inverters, and DC-DC converters, and their functions within PHEV systems.
• Examination of integration challenges including system compatibility, thermal management, and electromagnetic interference, along with advanced solutions from materials science and manufacturing.
• Detailed performance assessment metrics, focusing on efficiency, reliability, and power density.
• Real-world case studies showcasing various PHEV models and their power electronics configurations.

The course also explores emerging trends in the field, such as silicon carbide technology and vehicle-to-grid integration, providing participants with forward-looking insights to enhance the sustainability and efficiency of PHEV systems. This course is essential for engineers and professionals aiming to drive innovation in hybrid vehicle technologies.