Asignación óptima de recursos energéticos a través de algoritmo Húngaro y Bipartite Matching para respuesta a la demanda en microredes.

Abstract

In this document, two mathematical models were implemented to optimally find an energy dispatch at the lowest cost, based on a microgrid reductive distribution system, which allows to reduce the energy cost towards the demand, it is considered to analyze the results of these algorithms to make a comparison of which mathematical model allocates more optimally at the lowest possible cost compared to a conventional dispatch, the problem arises based on renewable and non-renewable power plants, using a heuristic based on the Hungarian model and the bipartite matching model to have an optimal response to demand, in conclusion in this work we tried to achieve the best heuristic for the allocation of energy resources and to observe a significant saving in energy consumption. The solution will be achieved based on linear programming by implementing the algorithms that will be developed in the MATLAB platform to obtain the best response in optimization. The respective contribution is to analyze and describe an allocation and equilibrium algorithm based on energy costs for consumers.