Research

Our research focuses on developing high-efficiency and reliable power systems for satellite applications. We design advanced power conversion and power management technologies to ensure stable and efficient operation under harsh space environments. Our work includes optimizing converter topologies, improving power distribution efficiency, and implementing robust and reliable power architectures. Through these efforts, we aim to enhance satellite system reliability, maximize energy utilization, and support long-duration space missions. 

Our research focuses on developing high-efficiency and reliable electric vehicle charging systems. We optimize power conversion technologies to minimize energy losses and explore bidirectional charging with Vehicle-to-Grid (V2G) integration. To achieve the goals various techniques such as microprocessor, GaN device, high-efficiency topology are applied. Through these efforts, we aim to contribute to the sustainable future of electric transportation.

Our research addresses the growing demand for efficient and reliable power supplies in data centers. We focus on developing advanced power conversion technologies that maximize energy efficiency, reduce power losses, and ensure stable operation under varying loads. By enhancing system reliability and optimizing power distribution, we aim to support the increasing energy needs of data centers while minimizing environmental impact.

Our research focuses on enhancing the performance of brick module converters, which are widely used in power systems for their modularity and scalability. We aim to improve power density and efficiency by optimizing topologies and advanced control techniques, ensuring reliable performance across various operating conditions. Through these innovations, we strive to meet the growing demand for compact and efficient power solutions in diverse applications.