Análisis de la repercusión del índice de hacinamiento en la planificación a largo plazo de redes de subtransmisión

Abstract

In this research, a transmission expansion planning model (TEP) is presented, which is based on the analysis of the overcrowding index and its relationship with long-term demand growth. This ratio represents the number of people living in a home, which in turn affects the growth of demand and becomes essential in long term planning. The proposed model considers the investment cost involved in adding new transmission lines, the transmission and sub-transmission voltage levels, the optimal direct current energy flows (OPF DC) and the contingency conditions (N 1). Finally, the proposed model is applied to the IEEE 39-bar test system, on which the growth of demand is varied, together with the overcrowding index, to obtain the growth of demand in future years, this will serve to obtain the result of the TEP model. Likewise, the model is implemented in Matlab and is checked with the results obtained in DIgSILENT Power Factory.