Proponer una metodología práctica para determinar el número y recorrido óptimos de circuitos secundarios de distribución de energía eléctrica considerando restricciones físicas y geográficas.

Abstract

The present work aims to propose a methodology that allows to find the number and routing of secondary electrical energy distribution feeders taking into account physical and geographical restrictions, to achieve this the necessary programming based on current procedures of normative is developed, so in this way the state of the network is determined, such as currents, losses and voltage drops, in this way the initial solution for tabu search metaheuristic algorithm is stablished, using a database where contains a space of possible solutions, the most optimal circuits routing are selected considering the annual cost metric. Once the final topology of the network has been identified, its state and conductor sizing are compute, the results are presented in an application developed in MATLAB´s AppDesigner.