ICPEATaiyuan, China

• Renewable Energy Systems
• Smart Grids and Microgrids
• Energy Storage Technologies
• Power Electronics and Applications
• Energy Efficiency and Management
• Electrical Machines and Drives
• Power System Stability and Control
• Sustainable Energy Policies and Economics

1. Title of the Special Session
2. Brief Description (up to 300 words) of the scope and motivation for the session.
3. Session Organizer(s): Names, affiliations, and contact information of the organizers.
4. List of Potential Speakers: Names and affiliations of the potential speakers, indicating whether they have been contacted and have expressed interest in participating.
5. Proposed Format: Description of the proposed format (e.g., panel discussion, paper presentations, workshops, etc.).

Title: Resilience Enhancement Technology for New Power Systems Under Extreme Events

Organizer:
Chair:Yucui Wang, North China Electric Power University (Baoding), China
Co-chair: Kai Hou,Tianjin University, China
Co-chair: Rufeng Zhang,Northeast Electric Power University, China
Co-chair: Chenyu Wu,Southeast University, China
Co-chair: Zixuan Wang,North China Electric Power University (Baoding), China

Abstract: With global warming trend continuing, the world is facing increasing the risk of extreme disaster events. Especially in the context of new power system, the increase in the share of renewable energy generation augments the vulnerability of the system. Moreover, new power systems transforms into highly interconnected cyber-physical systems that are greatly dependent on communication networks. The increase in informatization not only enhances the system's capabilities for real-time perception and dynamic control but also intensifies the risk of exposure to malicious cyberattacks. The safe and stable operation of the new power system is significantly threatened under extreme events. Therefore, it is essential to investigate technologies for enhancing the resilience of the new power system, as they are crucial for ensuring the continuous supply of electricity during extreme conditions.
 

Topics:
1. Emerging Techniques and Technologies to Cope with Different Types of Extreme Events, e.g., natural disasters, cyber-attacks, etc.
2. Metrics and Models to Quantify Power System Resilience Architecture of resilient power systems Resilient Control for Power and Energy Systems
3. Condition Monitoring of Critical Infrastructure for Power and Energy SystemsSimulation and Analysis of the Impacts of Extreme Events on Power Systems
4. Big Data and Artificial Intelligence Applications in Power System ResilienceInfrastructure Enhancement for Multi- energy Systems
5. Resilience on Cyber-Physical Power and Energy Systems Optimization Methods in Power and Energy System Resilience
6. Energy Policy and Industrial Experience on Power and Energy System Resilience
7. Rapid Service Restoration and Infrastructure Recovery After Extreme Events Resilience-oriented Planning, Operation, Control, and Protection of Power Systems
8. Utilization of Microgrids, Networked Microgrids and Other Emerging Smart Grid Components for Resilience
9. Enhancement Situational Awareness of Power Systems Before, During, and After Extreme Events
10. Modeling, Simulation and Analysis of Interdependent Infrastructures Against Extreme Events

Invited Speakers：
1. Professor Yin Xu, Beijing Jiaotong University
2. Assistant Professor Yuxiong Huang, Xi’an Jiaotong University