Preface

The 2nd International Conference on Power Electronics and Electrical Engineering (P3E 2025) was successfully convened in Chongqing, China, from July 11 to 13, 2025. As a dedicated platform for disseminating cutting-edge developments in power electronics and electrical engineering, the conference drew the attention of an international cohort of researchers, practitioners, and scholars. With over 100 participants and 98 submitted papers, the conference maintained a high standard of academic quality through rigorous peer review, ultimately selecting 56 high-quality contributions for inclusion in the proceedings. The academic program featured a series of distinguished keynote presentations that illuminated current challenges and emergent innovations in the field. Prof. Noor Izzri Abdul Wahab from University Putra Malaysia delivered an insightful keynote on “Peer-to-peer Energy Trading of Networked Microgrid with Economic Analysis Using AI Techniques,” highlighting the intersection of power systems and artificial intelligence. Prof. Ismail Bin Musirin of Universiti Teknologi MARA examined survivability in modern grids through a “Self-Healing Strategy for Enhancing Power System Survivability.” Prof. Haoxi Cong from North China Electric Power University addressed the critical issue of secondary arcs in high voltage transmission lines, while Assoc. Prof. Yinzhi Lu of Chongqing Polytechnic University of Electronic Technology offered a forward-looking perspective on “Deterministic Communication in Power Electronics Systems,” shedding light on emerging communication frameworks in complex electronic systems. These keynote addresses, together with a series of focused oral presentations, enriched the conference by fostering dialogue on both theoretical foundations and engineering applications. The scope of the P3E 2025 proceedings reflects the diverse and interdisciplinary nature of current research. The accepted papers span a broad array of topics across power electronics and electrical engineering, including but not limited to converter technologies, motor drives, power transmission, system stability, electromagnetic compatibility, high-frequency power systems, microelectromechanical systems, electrical measurement techniques, and advanced materials. This comprehensive thematic coverage facilitated robust discussion on innovations in circuit design, control strategies, signal processing, and the integration of emerging technologies such as nanoelectronics and intelligent automation in power and energy systems. List of Committee Member is available in this PDF.