Track 11
Cooperative Control and Intelligent Optimization of Networked Microgrids for Future Power Systems
面向新型电力系统的微电网集群协同控制与智能优化
1. Organizers:
Chair: Peng Lu (路朋), China Agricultural University (中国农业大学)
Co-Chair: Chunmiao Qiu (邱春苗), Tsinghua University (清华大学)
Co-Chair: Yifan Bian (卞一帆), Xinjiang University (新疆大学)
2. Abstract:
English: Against the backdrop of the rapid development of high-proportion renewable energy and new-type power systems, networked microgrids are evolving from independent operation to interconnected coordination. Microgrid clusters have become a crucial technical form for enhancing the consumption capacity of distributed energy resources, energy supply resilience, and regional autonomy. This forum focuses on frontiers such as cooperative perception, hierarchical distributed control, energy management, and secure and stable operation under multi-time scale, multi-agent, and uncertain environments. By discussing data-driven methods, cyber-physical integration, and market mechanisms, the forum aims to bring together scholars from electrical engineering, automation, and artificial intelligence to promote cross-disciplinary innovation in basic theory, key technologies, and engineering applications.
中文: 在高比例可再生能源与新型电力系统加速发展的背景下,多个微电网正由独立运行向互联协同演进,微电网集群已成为提升分布式能源消纳能力、供能韧性与区域自治水平的重要技术形态。本论坛聚焦多时间尺度、多主体和不确定环境下的协同感知、分层分布式控制、能量管理与安全稳定运行,研讨数据驱动方法、信息—物理融合及市场机制等前沿问题,旨在汇聚电气工程、自动化与人工智能领域学者,促进基础理论、关键技术与工程应用的交叉创新。
3. Topics:
- Modeling, stability analysis, and controllability of networked microgrids / 微电网集群建模、稳定性分析与可控性研究
- Hierarchical, distributed, consensus, and event-triggered cooperative control / 分层、分布式、一致性与事件触发协同控制
- Multi-time scale energy management and source-grid-load-storage coordinated optimization / 多时间尺度能量管理及源-网-荷-储协调优化
- Uncertainty characterization, forecasting, and robust/stochastic optimization for high-proportion renewable energy / 高比例新能源不确定性表征、预测与鲁棒/随机优化
- Grid-forming converters and cooperative voltage/frequency support for microgrid clusters / 构网型变流器及微电网群电压、频率协同支撑
- Seamless transition between grid-connected and islanded modes, fault recovery, and resilience enhancement / 并网-孤岛无缝切换、故障恢复与韧性提升
- Cyber-physical system security, communication delay, and network attack defense / 信息-物理系统安全、通信时延与网络攻击防御
- Data-driven control, reinforcement learning, digital twin, and intelligent regulation / 数据驱动控制、强化学习、数字孪生与智能调控
- Multi-microgrid trading, demand response, virtual power plants, and market mechanisms / 多微网交易、需求响应、虚拟电厂与市场机制
- Demonstration applications in industrial parks, agricultural energy internet, and remote microgrid clusters / 园区、农业能源互联网及偏远地区微网群示范应用
4. Invited Speakers:
- Mingjian Cui (崔明建), Tianjin University (天津大学)
- Yifan Bian (卞一帆), Xinjiang University (新疆大学)
- Peng Lu (路朋), China Agricultural University (中国农业大学)
