AEET 2026
Qinghai University, Xining, China · August 28–30, 2026
The 2nd International Conference on Applied Electrical Engineering and Technology (AEET 2026) brought together researchers, engineers, and practitioners for three days of academic exchange in Xining. The program featured opening remarks, keynote presentations, technical sessions, and poster presentations.
The conference welcomed contributions across applied electrical engineering, power and energy systems, control, and emerging technologies. Presentations and discussions connected recent research with practical challenges and encouraged collaboration across institutions and disciplines.
Keynote speakers included Prof. Tao Jiang, Prof. Zhiwu Li, Prof. Xiaoling Su, and Prof. Zhe Wang. The opening program included welcome remarks by Wenxiang Zhao and an opening address by Shengwei Mei, with Xiaotao Chen serving as host.
AEET 2026 Conference Gallery
Opening Ceremony
Welcome and opening remarks from the conference organizers.
Keynote Speeches
Keynote talks and speakers at AEET 2026.
Technical Sessions and Conference Moments
Scenes from technical presentations, discussions, and conference activities.
Best Presentation and Poster Selections
Selected presentations and posters recognized during the conference.
- Event-triggered adaptive prescribed-time stabilization for nonlinear systems with unknown time-varying powers — You Wu, Qufu Normal University.
- Carbon-aware spatiotemporal demand response for geo-distributed data centers — Yikun Qiao, Tsinghua University.
- Temporal logic guided task allocation and collaboration framework for multi-agent coverage planning — Yuanrong Miao, Macau University of Science and Technology.
- Deployment and dispatching of an electric-hydrogen integrated mobile energy storage system in remote power areas — Xiaotian Guo, Xi'an Jiaotong University.
- Frequency dynamics constrained unit commitment considering grid-forming inverters and demand response — Zhe Hu, University of Electronic Science and Technology of China (Poster A).
- Inter-turn short-circuit fault detection of five-phase permanent magnet synchronous motors based on a Luenberger observer — Shouquan Gao, Beijing Institute of Technology (Poster B).