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This paper presents a novel algorithm to reconfigure an electric power distribution network (EPDN) minimizing its nonsupplied energy (NSE). The EPDN is modeled using graph theory and the NSE is recursively formulated in terms of the reliability parameters of the EPDN. Based on this mathematical model, we transform the original optimization problem into the graph theory problem of finding the minimum spanning tree (MST) of a given graph, which models the EPDN. The

RECONFIGURACIÓN DE REDES ELÉCTRICAS DE MEDIA TENSIÓN BASADA EN EL ALGORITMO DE PRIM