Modeling and Control of Power Electronic Systems

Introduction: Power electronic systems are the core of energy conversion in modern power grids, new energy generation, electric vehicles, and industrial drives. With the rapid development of renewable energy and high-efficiency energy utilization technologies, power electronic systems are moving toward higher power density, faster dynamic response, and higher stability. Traditional modeling and control methods can hardly meet the requirements of complex working conditions, multi-source interaction, and intelligent operation.
This special session focuses on modeling, control, stability analysis, and optimization of power electronic systems. It aims to collect the latest theoretical research and engineering applications, promote academic communication and technological innovation, and provide a platform for researchers and engineers to share cutting‑edge achievements. The session will address key technical challenges and support the development of efficient, reliable, and intelligent power electronic equipment and systems.

Organizers:

Jian Wang, Hebei Institute of Mechanical and Electrical Technology, China Mr. Wang is an associate professor at Hebei Institute of Mechanical and Electrical Technology. His research interests include intelligent control engineering and intelligent perception technology. He has published a series of academic papers in top journals and conferences, and presided over several scientific research projects. He has rich experience in academic organization and review, and long been engaged in intelligent control engineering research and application promotion.

Lidong Hao, Hebei Institute of Mechanical and Electrical Technology, China Dr. Hao is a lecturer at Hebei Institute of Mechanical and Electrical Technology. His research focuses on power electronic converters, covering multi-port converter topology optimization, high-efficiency modulation strategies, and new energy grid-connected control, which meets the technological upgrading needs of the new energy power equipment industry. He has solid research capabilities and has published high-level papers in SCI/EI-indexed journals and academic conferences. He has participated in a number of key national, provincial and municipal research projects, focusing on solving technical bottlenecks in converter efficiency optimization and electromagnetic compatibility design to facilitate project technical iteration and performance improvement. He integrates advanced research achievements into practical teaching, promotes the transformation of scientific and technological results, and dedicates himself to technological innovation and talent cultivation in the field of power electronics.

Submission Guideline:

Please submit your manuscript via Online Submission System: https://easychair.org/conferences/?conf=rcae2026
Please choose "Special Session 11"