The 6th International Symposium on New Energy and Electrical Technology (ISNEET 2025)Concludes Successfully in Hangzhou

From December 12th to 14th, 2025, the 6th International Symposium on New Energy and Electrical Technology (ISNEET 2025) was successfully held in Hangzhou. The symposium was jointly organized by Zhejiang University of Water Resources and Electric Power, China Jiliang University, and Xi'an Shiyou University, and co-hosted bythe School of Electrical Engineering, Zhejiang University of Water Resources and Electric Power, the College of Mechanical and Electrical Engineering of China Jiliang University and the School of Electronic Engineering of the Xian Shiyou University. It aimed to establish a high-level academic exchange platform in the fields of new energy and electrical technology, promoting the integration of cutting-edge theoretical exploration and technological innovation.

Group Photo

The symposium officially commenced at 9:00 AM. Professor Shubin  Yan, Dean of the School of Electrical Engineering at Zhejiang University of Water Resources and Electric Power and Chair of the conference, delivered the opening speech. On behalf of the organizing institutions, he extended a warm welcome to all attendees and briefly introduced his university's characteristic development and research focus in the interdisciplinary area of "Water Conservancy + Energy". Dean Yan expressed his hope that this event would serve as a significant opportunity for scholars to engage in in-depth exchanges, spark innovation, and foster collaboration, wishing the symposium a complete success.

Welcome Speech by Dean Shubin Yan 

The keynote session featured five distinguished experts in the fields of new energy and electrical engineering, covering multiple hot topics including motor systems, hydrogen energy utilization, low-altitude economy power systems, electrical materials, and motor reliability.

• Researcher Wei  Xu(IEEE Fellow) from the Institute of Electrical Engineering, Chinese Academy of Sciences, presented on "High Performance Linear Oscillatory Machines and Drive Systems", systematically introducing innovations in the topology, control methods, and system integration of linear oscillating motors, along with prospects for their industrial application challenges and development trends.

    
Report by Researcher Wei Xu 

• Professor Yanbing Jia  from Taiyuan University of Technology delivered a report titled "Electrolyzer Considering Operational Characteristics and Individual Differences: Coordinated Optimization of the Electro-Hydrothermal System and Coordinated Operation for Frequency Regulation Services", proposing a multi-time-scale optimization framework to enhance the economic efficiency and frequency regulation support capability of integrated energy systems containing hydrogen.

Report by Professor Yanbing Jia 

• Professor Xinfeng Zhang from Zhejiang University City College shared "Exploration of Hydrogen Fuel Cell Applications in the Field of Low-Altitude Aircraft". Drawing from his industrial R&D experience, he discussed the development path of hydrogen-electric hybrid power technology in low-altitude electric aircraft.

Report by Professor Xinfeng Zhang 

• Dr. Liu  Qiao  from Zhejiang Zhengdao Technology Co., Ltd. presented on "Application and Development Trend of New Energy Cables". From an industrial perspective, he analyzed the critical role of low-voltage cables in new energy systems and pointed out their evolution towards high performance, intelligence, and sustainability.

Report by Dr. Liu  Qiao 

• Professor Chuan Haw Wooi from Zhejiang University of Water Resources and Electric Power gave a report titled " Improving the Reliability of Induction Machines through Reducing the Unbalanced Magnetic Pull", introducing the mechanisms and effects of two methods—slip control and damping windings—to enhance the operational reliability of induction motors.

Report by Professor Chuan Haw Wooi

During the afternoon session, young scholars from institutions including Shenzhen Automotive Research Institute, Guangdong Power Grid, Chongqing University, Zhejiang University, China Jiliang University, Harbin Institute of Technology, Qinghai University, and China Three Gorges University delivered excellent presentations. Their reports covered topics such as state-of-health estimation for lithium-ion batteries, coordinated control of microgrids, carbon emission reduction in power systems, combined wind power and energy storage for frequency regulation, fault diagnosis of reactors, control of grid-connected inverters, and strategies for hydrogen-electricity coupled systems. These presentations fully demonstrated the keen insights and solid achievements of young researchers in new energy technologies and electrical engineering applications.

Group Photo of Oral Presenters

Following the completion of all agenda items, a brief award ceremony was held. Based on evaluations by on-site expert judges, the Best Presentation Award was conferred. Professor Yan Shubin, the Conference Chair, presented certificates to the award-winning representatives.

Award Ceremony

The symposium concluded amidst warm applause. ISNEET 2025 not only provided attendees with a high-quality academic exchange opportunity but also further promoted interaction and collaboration between academia and industry, injecting new intellectual momentum into the continuous development of the new energy and electrical technology fields. We look forward to meeting again at the next symposium!