Modeling power-communication interdependencies for a reliability analysis in smart distribution grids
(2026)in press.Abstract
This paper presents a methodology for modeling interdependencies between power and communication networks in smart power distribution grids. The proposed approach integrates power system and communication network models, enabling the simulation of control strategies under normal operation and communication failures. In a case study a oneyear simulation with artificially increased communication failure probabilities is used to demonstrate the effectiveness of the methodology for the analysis of power system reliability. The approach provides a foundation for analyzing critical components, quantifying service disruptions, and evaluating resilience strategies for power grid planning and operation.