Abstract
Entailing a comprehensive examination of energy distribution systems, this study delves into the repercussions of failures in energy distribution channels, with a specific focus on the impact on substitution channels using the Independent Influence Model (ICM). By transcending conventional fault localization approaches, our research uncovers how these failures influence alternatives, expanding our understanding of outage dynamics in energy networks. The results obtained through the application of the ICM offer valuable insights, emphasizing the crucial importance of understanding how failures in energy distribution channels impact the overall resilience of networks. This approach enables a detailed analysis of interdependencies among substitution channels, providing essential guidance for enhancing the resilience of energy networks in the face of uncertainties and disruptions.
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