Scenario construction and vulnerability mitigation of natural hazards-triggered power grid incidents
Author:
Affiliation:
1. Power Research Institute,State Grid Shanghai Electric,Shanghai,China
2. China University of Mining & Technology-Beijing,School of Emergency Management and Safety Engineering,Beijing,China
Publisher
IEEE
Link
http://xplorestaging.ieee.org/ielx7/10532251/10532216/10532259.pdf?arnumber=10532259
Reference9 articles.
1. Emergency decision-making for power grid companies based on scenario similarity in typhoon disasters;Sheng;Journal of Safety Science and Technology,2023
2. Multi-stage collaborative strategy for enhancing the resilience of receiving-end power grids under typhoon disasters;Jiao;Automation of Electric Power Systems,2023
3. Vulnerability Assessment of Important Infrastructure of Power Grid to Natural Disasters Based on Deep Learning
4. Vulnerability Assessment of a Large Electrical Grid by New Graph Theory Approach
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