High-Power Solid-State Converters and Inverters

CEP 340 provides an in-depth study of high-power solid-state conversion technologies, essential for modern energy systems. The curriculum emphasizes the use of wide-bandgap semiconductors, particularly silicon carbide and gallium nitride, to achieve superior switching performance, efficiency, and power density. Key topics include converter topologies, advanced modulation techniques, and the critical aspects of grid synchronization for seamless integration of distributed generation and energy storage systems. Students will also delve into harmonic filtering strategies and power quality improvement techniques to meet stringent grid code requirements. The course combines theoretical analysis with practical application, including hands-on laboratory experiences to solidify understanding of real-world challenges in high-power electronics design and implementation. This upper-division undergraduate course prepares students for careers in power systems, renewable energy, and advanced industrial applications.