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In this work, the Monte Carlo simulation method (MC) is applied to estimate the number of expected voltage dips in the nodes of an electric network. The estimations obtained through MC are compared with the results of another method of calculation, known as Failure Position Method (MPF). In the results, both the convergence of the algorithm with the longterm values of the MPF method and the complete distribution of frequencies for different events are shown. This represents valuable information to support the decision-making process for equipment that is sensitive to this type of perturbation.

SIMULACIÓN DE MONTE CARLO APLICADA A LA ESTIMACIÓN DE DEPRESIONES RÁPIDAS DE LA TENSIÓN EN REDES ELÉCTRICAS