Smart Energy and Green Connectivity: The 2025 IEEE International Conference on Power System and Smart Grid Technologies (PSSGT 2025) Held in Chongqing!

From April 11 to 13, 2025, the 2025 IEEE International Conference on Power System and Smart Grid Technologies (PSSGT 2025) was held in Chongqing, co-hosted by Chongqing University and the University of Tokyo. The theme of the conference was “Smart Energy · Green Connectivity,” bringing together over 110 experts, scholars, and young researchers from the fields of power systems and smart grid technologies. The event featured a hybrid format that integrated both online and on-site discussions, focusing on cutting-edge topics such as flexible grids, distributed intelligence, and cybersecurity.

The conference aimed to explore pathways for the implementation of new power systems and to support the global drive for sustainable energy development. The opening ceremony commenced on the morning of April 12, led by Professor Fang Sidun, the chair of the conference and a professor from the College of Electrical Engineering at Chongqing University. Professor Liao Ruijin, the international advisory chair and also from Chongqing University, along with Professor Hu Jianlin, the party secretary of the College of Electrical Engineering, delivered opening remarks.

In his opening speech, Professor Liao highlighted the critical role that smart grid technology plays as a driving force in building new power systems during this pivotal time for global energy transformation. He emphasized the conference’s focus on directions such as energy internet, digital twins, and the synergy of generation, grid, load, and storage, hoping to foster interdisciplinary and regional exchanges that could lead to breakthroughs in key technologies for the safe and stable operation of new power systems and the efficient integration of renewable energy.

Professor Hu Jianlin, in his welcome address, extended a warm welcome and sincere thanks to the domestic and international experts and scholars attending the conference. He noted that PSSGT 2025 serves not only as a high-level academic exchange platform but also as a stage for the convergence of ideas and collaboration between international scholars, industry experts, and emerging talents. He expressed hope that through this conference’s various interactions and collaborations, a broad consensus on the intelligent development of global power systems and technological cooperation could be achieved.

The keynote session was moderated by Professor Wang Yu from Chongqing University and Professor Kaiha from the University of Tokyo. Notable keynote speakers included IEEE Fellow Professor Zhu Jizhong from South China University of Technology, Professor Hoay Beng Gooi from Nanyang Technological University, Professor Wu Hongchun from Xi’an Jiaotong University, IEEE Fellow Professor Xiao Jun from Tianjin University, and Associate Professor Peter Tamas SZEMES from the University of Debrecen, who delivered insightful presentations.

• Professor Zhu Jizhong: “Application of Deep Neural Network to Short-term Load Forecasting”
• Professor Hoay Beng Gooi: “Empowering the Future: Market Participation in Next-Gen Distribution Grids”
• Professor Wu Hongchun: “Empower New Quality Productivity, Facilitate Independent of Nuclear Power Software”
• Professor Xiao Jun: “Flexible Resource Security Regulating Capability for Distribution Systems”
• Associate Professor Peter Tamas SZEMES: “Electrical Powertrain Development and Optimization: How to Utilize State-of-the-Art Research and Technology for the Future of Personal and Community Mobility”

In addition to the keynote presentations, invited reports were given by scholars including Professor Lu Shaofeng from South China University of Technology, Professor Wang Yacan from Beijing Jiaotong University, Professor Hirohito Yamada from Tohoku University, Associate Professor Huang Wanjun from Beihang University, Associate Researcher Huang Guizao from Southwest Jiaotong University, and Associate Professor Su Yifan from Chongqing University.

The conference spanned three days, featuring 10 offline breakout sessions, one online breakout session, and two poster exhibitions. Participants engaged in discussions covering a range of advanced topics, including new designs for power systems and equipment, optimal configuration and stable operation of distribution networks, state monitoring and reliability assessment of power equipment, control and stability of transmission systems, power load forecasting and modeling, renewable energy and electricity market transactions, health status prediction of new battery systems, and innovative integrated energy systems and generation technologies.

The PSSGT conference is dedicated to advancing theoretical research and practical applications in power systems and smart grids, aiming to provide attendees with a high-quality, professional, and comfortable academic exchange platform. The successful conclusion of this conference not only established a solid bridge for enhancing technical exchanges and cooperation in the global power and energy sectors but also injected new momentum into the innovation of key technologies for smart grids and the promotion of a green and low-carbon transition. Looking ahead, PSSGT will continue to embrace an open, inclusive, and innovative philosophy, actively contributing to the innovative development of power systems and smart grid sectors.