Research

Power Electronics

Power electronics research focuses on advanced electric circuit design and control, and the development of diverse inverter topologies to achieve high-efficiency, reliable, and compact energy conversion systems.
Motor drive research focuses on advanced control strategies for electric machines, addressing both low-cost and high-performance drive solutions to achieve efficient, stable, and high-speed operation.
Power electronics research focuses on advanced electric circuit design and control, and the development of diverse inverter topologies to achieve high-efficiency, reliable, and compact energy conversion systems.

Electric Machinery

Electric machinery research focuses on high-efficiency, high-power-density motor systems through advanced electromagnetic design, structural optimization, and material-based performance improvement.

Electromagnetic analysis research extends to rotating machines and various electromagnetic actuators, emphasizing optimized winding, magnetic-circuit design, loss reduction, and cost-effective structures to achieve practical, high-performance solutions.

Electric machinery research focuses on high-efficiency, high-power-density motor systems through advanced electromagnetic design, structural optimization, and material-based performance improvement.