Track 2

AI-enabled Optimal Operation and Stability Control of New Power Systems
AI赋能的新型电力系统运行优化与稳定控制

1. Organizers / 组织者:
Chair: Guo Zhongjie, University of Electronic Science and Technology of China
主席：郭中杰，电子科技大学

Co-chairs: Liu Yikui, Sichuan University
联合主席：刘一奎，四川大学

Co-chairs: Qiu Gao, Sichuan University
联合主席：邱高，四川大学

Co-chairs: Luo Shihua, University of Electronic Science and Technology of China
联合主席：罗仕华，电子科技大学

2. Abstract / 论坛简介:
The operation modes and stability characteristics of new-type power systems are becoming increasingly complex, highlighting the limitations of traditional regulation and control methods. AI technology has emerged as a new approach to address these challenges. This track focuses on two key directions—operation optimization and stability control—with emphasis on technological breakthroughs and practical applications of AI in power flow calculation, intelligent dispatching, stability analysis, and stabilizing control.

We aim to promote the deep integration of AI technologies with power system operations, providing more effective pathways for the safe and efficient operation of new-type power systems.

新型电力系统的运行方式和稳定特性日趋复杂，传统调控方法的局限性日益凸显；AI技术成为解决这一难题的新手段。本论坛聚焦运行优化与稳定控制两大方向，重点探讨AI在潮流计算、智能调度、稳定分析、致稳控制等方面的技术突破与实际应用，期望推动AI技术与电力业务深度融合，为新型电力系统的安全高效运行提供更为有效的路径。

3. Topics / 主题范围:
AI-based power flow calculation
基于人工智能的潮流计算技术

AI-assisted Unit Commitment and Economic Dispatch
人工智能辅助的机组组合与经济调度

AI-based reactive power and voltage regulation in distribution network with distributed energy resources
基于人工智能的含分布式新能源配电网无功电压控制

AI-based stability analysis and control in new power systems
基于人工智能的新型电力系统稳定分析与控制

Joint AI-OR (Operations Research) decision-making technologies for power systems
人工智能-运筹学结合的电力系统决策技术