国家电网有限公司副总工程师兼国网东北分部主任

Workshop 1

Modeling and Real-Time Simulation Technologies of New-type Power Systems 

新型电力系统建模与实时仿真技术

Chair: Prof. Zhong Chen, Southeast University

Chair: Prof. Ning Chen, State Grid Jiangsu Electric Power Research Institute

Workshop 6

Digital-Enabled Planning of Regional Multi-Energy Systems Supporting Urban Sustainability

数字赋能的城市区域多能源系统可持续发展规划

Chair: Prof. Yue Xiang, Sichuan University

Chair: Dr. Jing Bian, Northeast Electric Power University

Chair: Prof. Ying Xu, Harbin Institute of Technology

Chair: Prof. Binbin Li, Harbin Institute of Technology

Chair: Prof. Gang Lin, Hunan University

Workshop 8

Collaborative Operation Modeling and Interaction Paradigms of Multi-Entity Systems

多元主体系统协同优化运行建模与交互范式

Chair: Prof. Sheng Chen, Hohai University

Chair: Dr. Zhong Zhang, Dalian University of Technology

Chair: Prof. Zhenglong Sun, Northeast Electric Power University

Chair: Dr. Ge Chen, Greater Bay University

Chair: Dr. Hui Li, Dalian University of Technology

Chair: Prof. Dazhong Ma, Northeastern University

Chair: Prof. Yixun Xue, Taiyuan University of Technology

Workshop 11

Planning and Operation of New-Type Power Systems

面向新型电力系统的规划与运行

Workshop 12

Market-Driven Operation of Renewable-Rich Distribution Systems 

高比例新能源配电系统市场化运行方法

Chair: Dr. Yunyang Zou, Chongqing University

Chair: Prof. Yu Wang, Chongqing University

Chair: Dr. Qiang Xing,  Nanjing University of Posts and Telecommunications

Chair: Dr. Qianyu Dong, Shenyang University of Technology

Chair: Dr. Haosen Yang, Dalian University of Technology

Chair: Dr. Yitong Shang, Hong Kong University of Science and Technology

Workshop 15

Autonomous Agentic Intelligence Paradigms for Operation and Control of New-Type Power Systems 

新型电力系统自主智能体驱动的运行与控制范式

Chair: Dr. Rudai Yan, Nanyang Technological University

Chair: Prof. Mengshuo Jia, Shanghai Jiao Tong University

Chair: Prof. Ziming Yan, Dalian University of Technology

• 风光储氢协同调度：高比例可再生能源并网的预测算法、储能系统与氢能耦合的优化控制、多能互补系统的规划方法

• 新型电力系统降碳技术：碳足迹追踪与量化模型、绿电交易机制下的电力市场设计、源-网-荷-储协同建模与优化

• 零碳园区/城市能源方案：区域综合能源系统（CIES）规划、建筑-交通-电网多能互补、低碳运行仿真与评价、城市燃气概率预测

• 电力大数据与AI应用：基于深度学习的设备故障预警、负荷预测的多模态数据融合技术、电力系统分析与态势感知

• 数字孪生与电力仿真：全生命周期数字孪生电厂建设、电力系统动态仿真的实时计算架构、电磁暂态/机电暂态混合建模

• 电力网络安全与隐私保护：边缘计算下的电网攻防技术、用户用电数据脱敏与安全共享、电力工控系统的安全防护

• 下一代电力电子器件：宽禁带半导体（SiC/GaN）在电网中的应用、模块化电力电子变流器设计、新型换流器控制策略

• 智能配电与微电网创新：低压配电网柔性互联技术、离网微电网的自组网与自愈控制、配电网规划与重构

• 交通-能源深度融合：电动汽车（EV）有序充电调度、车网互动（V2G）的商业化落地方案、充换电设施规划与运行仿真

• 电力市场与调度优化：现货市场下的机组组合策略、需求响应的市场化激励机制、大电网安全分析与经济调度

• 设备状态监测与运维：无人机+红外热成像的输电线路巡检、基于声纹分析的变压器故障诊断、设备健康状态建模与预测性维护

• 电力系统韧性提升：极端天气（台风/冰冻）下的电网抗扰动技术、灾后快速恢复算法、连锁故障仿真与风险评估