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Session 8: Resilient Operation and Restoration of Active Distribution Networks: Coordinating Renewable Energy, Energy Storage, and Advanced Communications

“主动配电网弹性(韧性)运行与恢复:可再生能源、储能与先进通信技术协同”

Session 8

Resilient Operation and Restoration of Active Distribution Networks: Coordinating Renewable Energy, Energy Storage, and Advanced Communications
“主动配电网弹性(韧性)运行与恢复:可再生能源、储能与先进通信技术协同”

The integration of renewable energy, energy storage, and advanced communications is transforming active distribution networks into tightly coupled cyber-physical systems. While enhancing operational flexibility, renewable generation uncertainty, storage operating constraints, communication dependence, and cyber-physical security risks introduce new challenges to secure, stable, and resilient operation.
This special session focuses on the security and resilience of active distribution networks supported by coordinated renewable generation, stationary and mobile storage, and advanced communications. It covers three interconnected areas: secure and stable operation, defense against attacks and natural hazards, and emergency response and restoration. Key topics include coordinated scheduling of generation, network resources, loads, and storage; voltage and frequency control; dynamic stability; and communication-aware monitoring and control. The session also addresses defense against cyber and physical attacks, anomaly detection, infrastructure protection, and mitigation of cascading failures across interdependent networks. Emergency resource allocation, microgrid formation, critical-load support, and coordinated power–communication restoration are further priorities, connecting operational efficiency with risk mitigation and disturbance response.
We welcome original contributions in modeling, optimization, control, cybersecurity, and intelligent decision-making. Studies incorporating digital twins, experimental platforms, and practical applications are encouraged to evaluate operating security, stability margins, defense effectiveness, supply continuity, and restoration efficiency, advancing secure, resilient, and low-carbon active distribution networks.

可再生能源、储能与先进通信技术的深度融合,正推动主动配电网向紧密耦合的信息物理系统演进。在提升运行灵活性的同时,可再生能源出力不确定性、储能运行约束、通信依赖性及信息物理安全风险,对系统安全稳定运行与韧性保障提出了新的要求。
本专题聚焦可再生能源、固定式与移动式储能及先进通信技术协同支撑的主动配电网安全与韧性,涵盖安全稳定运行、攻击与灾害防御、应急响应与恢复三个领域。重点关注源网荷储协同调度、电压与频率控制、动态稳定性及通信约束下的监测控制;研究网络与物理攻击防御、异常检测、基础设施防护及跨网络级联故障抑制;探讨应急资源调配、微电网构建、关键负荷保障及电力—通信协同恢复,统筹正常运行效率、风险防控与扰动应对能力。
本专题欢迎建模、优化、控制、网络安全及智能决策方面的原创研究,鼓励结合数字孪生、实验平台与工程案例,评估运行安全性、稳定裕度、防御效能、供电连续性及恢复效率,推动主动配电网安全、韧性与低碳运行的协调提升。

Topics (Including but not limited to)

  • Coordinated Scheduling of Renewable Energy and Storage for Secure Operation under Uncertainty
    可再生能源与储能协同调度及不确定性下的安全运行
  • Dynamic Stability Analysis, Voltage Regulation, and Frequency Support in Active Distribution Networks
    主动配电网动态稳定性分析、电压调节与频率支撑
  • Advanced Communications for Distribution Network Monitoring, State Estimation, and Coordinated Control
    先进通信支撑的配电网监测、状态估计与协调控制
  • Modeling, Vulnerability Analysis, and Risk Assessment of Coupled Power–Information Systems
    电力—信息耦合系统建模、脆弱性分析与风险评估
  • Detection of Cyber and Physical Attacks, Coordinated Defense, and Resilient Control
    网络与物理攻击检测、协同防御及韧性控制
  • Extreme-Event Preparedness, Infrastructure Hardening, and Cascading Failure Mitigation
    极端灾害防护、基础设施加固与级联故障抑制
  • Emergency Scheduling of Stationary and Mobile Energy Storage for Critical-Load Support
    固定式与移动式储能应急调度及关键负荷保障
  • Microgrid Formation, Islanded Operation, and Service Restoration Supported by Renewable Energy and Storage
    可再生能源与储能支撑的微电网构建、孤岛运行与供电恢复

Chair: Dr. Jian Zhong, Nanyang Technological University, Singapore

Dr. Jian Zhong is a Research Fellow with the School of Electrical and Electronic Engineering, Nanyang Technological University, Singapore. He received the B.S. degree in electrical engineering from Wuhan University, Wuhan, China, and the Ph.D. degree in electrical engineering from the School of Electrical Engineering, Xi’an Jiaotong University, Xi’an, China, as a graduate with honor. From December 2024 to June 2025, he was a visiting scholar at the Institute of Science Tokyo, Tokyo, Japan. His major research interests include power system resilience, power system security, and cyber-physical system. He serves as a peer reviewer for top journals including IEEE Transactions on Smart Grid, IEEE Transactions on Industrial Informatics, Applied Energy, Journal of Energy Storage, Energy Conversion and Management, Reliability Engineering & System Safety, and IEEE Internet of Things Journal. He is a Youth Expert of the Think Tank of the China Energy Society and the recipient of the SPIES 2023 Best Paper Award in 2023. He serves as a Young Editorial Board Member of Smart Energy System Research.

 

Co-chair: Prof. Chen Chen, Xi’an Jiaotong University, China

Prof. Chen Chen received the B.S. and M.S. degrees from Xi’an Jiaotong University, Xi’an, China, respectively, and the Ph.D. degree in electrical engineering from Lehigh University, Bethlehem, PA, USA. Presently, he is a Professor with the School of Electrical Engineering at Xi’an Jiaotong University, Xi’an, China. Before that, he had over six-year service at Argonne National Laboratory, Lemont, IL, USA, with the last appointment as Energy Systems Scientist at Energy Systems Division. His research interest includes power system resilience, cyber-physical system modeling and analysis, communications and signal processing for smart grid. He is the recipient of the IEEE PES Chicago Chapter Outstanding Engineer Award in 2017. He serves as an Editorial Board Member of IEEE Transactions on Smart Grid.

 

Co-chair: Dr. Zongdian Li, Zhejiang University, China

Zongdian Li received the B.Eng. degree in communication engineering from Beijing University of Posts and Telecommunications, China, in 2018, and the Ph.D. degree in electrical and electronic engineering from Tokyo Institute of Technology, Japan, in 2023. He is currently a Researcher with the State Key Laboratory of Blockchain and Data Security, Zhejiang University, China. Before that, he was an Assistant Professor with the Institute of Science Tokyo, Japan. His research interests include vehicular networks, autonomous driving, and artificial intelligence security. He is a member of the IEEE and IEICE.

Call for Papers Timeline / 征稿时间

  • Submission of Full Paper: November 30th, 2026
    投稿截止日: 2026年11月30日 

  • Notification Deadline: December 30th, 2026
    通知书发送: 2026年12月30日 

  • Registration Deadline: January 20th, 2027
    注册截止日期: 2027年1月20日