PSGAI 2026 · BEIJING

Special Session · 2

Distributed Energy Cooperative Control

📅 18–20 December 2026

Session Organizers Chair

Peihong Yang Chair

Inner Mongolia University of Science and Technology Professor, PhD Supervisor

"Grassland Talent" and "Xingmeng Talent" of Inner Mongolia Autonomous Region · "New Century 321 Talent" · "Youth Science and Technology Talent" in higher education · Council Member of Inner Mongolia Society of Electrical Engineering.

Brief Introduction · Dr. Yang Peihong is a professor and doctoral supervisor at Inner Mongolia University of Science and Technology. He is recognized as a "Grassland Talent" and "Xingmeng Talent" in Inner Mongolia Autonomous Region, as well as a "New Century 321 Talent" and "Youth Science and Technology Talent" in higher education institutions. He serves as a council member of the Inner Mongolia Society of Electrical Engineering. He has long been dedicated to research in cooperative optimization operation of distributed energy systems, integrated energy system scheduling, and power system analysis and control, establishing a systematic technical framework and stable research directions. He has led one National Key Research and Development Program of China, one National Natural Science Foundation project, as well as 15 projects in Inner Mongolia Autonomous Region, including major special projects, science and technology planning projects, key research and development projects, and provincial/ministerial talent programs, and 14 enterprise-commissioned technical service projects. He has received one Third Prize of the Inner Mongolia Autonomous Region Science and Technology Progress Award, published 2 books, over 100 academic papers, and been granted more than 10 invention patents.

Scope & Topics CFP

With the deepening advancement of the "Dual Carbon" strategy, the new power system exhibits new characteristics of high heterogeneity, distributed deployment, and uncertain fluctuations across "source-grid-load-storage". System regulation is evolving from traditional deterministic centralized control to stochastic distributed intelligent cooperative control. This special session focuses on key scientific issues and technical bottlenecks in the cooperative optimization of distributed energy systems, with discussions centering on flexible regulation, multi-scale coordination, and hierarchical aggregation of distributed energy resources, aiming to provide theoretical support and technical solutions for the stable, efficient, and low-carbon operation of new power systems.

Topics: Distributed Energy Cooperative Control

📌 Main topics for submission

1. Flexible Regulation of Distributed Energy Resources
2. Multi-scale Coordination of Distributed Generation
3. Hierarchical Aggregation and Control Strategies
4. Distributed Intelligent Cooperative Control Algorithms
5. Source-Grid-Load-Storage Coordinated Optimization
6. Stability and Reliability of Distributed Power Systems

🎤 Invited Speakers

to be confirmed + more invited

📝 Submission (Chinese Authors) 📄 Submission (International Authors)