Special Session VII: Vulnerability Identification and Security Defense of New Power Systems 新型电力系统的脆弱性辨识与安全防控

 

Session Chair: Lecture Rui Cheng, North China Electric Power University, China	Co-Chair: Prof. Junjie Hu, North China Electric Power University, China

 

Summary:

This session focuses on the emerging vulnerability patterns and security defense challenges faced by new power systems under the background of high-penetration renewable energy integration, prominent power-electronics-dominated characteristics, and multi-energy complementarity and coupling. Through invited expert reports and in-depth discussions, we systematically analyze the multi-dimensional causes of system vulnerability (including topological weaknesses, cyber-physical coupling risks, extreme event impacts, etc.), and explore identification methods and proactive defense strategies based on cutting-edge technologies such as artificial intelligence, digital twins, and attack-defense game theory. The session will pay special attention to resilience enhancement strategies for new power systems, cascading failure blocking mechanisms, and coordinated security dispatching of source‑grid‑load‑storage, aiming to provide theoretical support and practical guidelines for building self-healing and survivable new power systems.

 

本单元聚焦新型电力系统在高比例可再生能源接入、电力电子化特征凸显及多能互补耦合背景下，面临的脆弱性新形态与安全防控挑战。通过特邀专家报告与深度研讨，剖析新型电力系统脆弱性的多维成因（包括拓扑脆弱性、信息物理耦合风险、极端事件冲击等），探讨基于人工智能、数字孪生、攻防博弈理论等前沿技术的脆弱性辨识方法与主动防御策略。单元将特别关注新型电力系统韧性提升策略、连锁故障阻断机制，以及源网荷储协同安全调度等关键议题，旨在为构建具备自愈能力与抗毁性的新型电力系统提供理论支撑与实践指南。

 

Topics of interest include, but are not limited to:

1. Vulnerability identification methods for new power systems （新型电力系统的脆弱性辨识方法）
2. Risk assessment and security defense strategies for cyber-physical power systems （电力信息物理系统的风险评估与安全防控策略）
3. Resilience assessment and enhancement strategies for power systems under extreme weather and natural disasters （极端天气与自然灾害下电力系统韧性评估及提升策略）
4. Survivability assessment of new power systems under unconventional extreme events （非常规极端事件下新型电力系统生存能力评估）
5. Spatiotemporal propagation mechanisms, fast simulation, and blocking technologies for cascading failures （连锁故障的时空传播机理、快速仿真及阻断技术）
6. Security-constrained dispatching and risk-balancing methods in source‑grid‑load‑storage coordinated optimization （源网荷储协同优化中的安全约束调度与风险调控方法）
7. Applications of artificial intelligence (deep learning, reinforcement learning) in security early warning and emergency decision‑making for power systems （人工智能（深度学习、强化学习）在电力系统安全预警与应急决策中的应用）
8. Digital‑twin‑driven power security situational awareness and dynamic defense wargaming （数字孪生驱动的电力安全态势感知与动态防御推演）
9. Attack‑defense game modeling for new power systems （新型电力系统的攻防博弈建模）
10. Coupled risk modeling and coordinated security control for multi‑energy complementary systems （多能互补系统的耦合风险建模与协同安全控制）

 

Keywords:

New Power System （新型电力系统）

Vulnerability （脆弱性）

Security Defense （安全防控）

Resilience Improvement （韧性提升）

Attack-Defense Game （攻防博弈）

Power System Safety （电力安全）

 

Submission Deadline: September 30, 2026