Despacho económico considerando la emisión de gases e integración de energía fotovoltaica mediante la utilización del algoritmo de libélulas

Abstract

In recent years, the economic dispatch (ED) has become relevant, since, by trying to solve the generation production at a reduced cost, it must meet the demand, respecting the physical limits of the generating units, considering losses and also the rates of pollution produced by these units. This last requirement is very important due to the direct relationship it has with global warming, thus, when studying the DE taking emissions into account, the term environmental economic dispatch (DEA) arises, which is a non-linear problem. This document seeks to solve this problem through the optimization algorithm of dragonflies (AL), to validate the AL, it is evaluated in a test system of 10 generators. Two case studies have been carried out, the first corresponds to the system in initial conditions without the insertion of a photovoltaic generator and the second with the insertion of a photovoltaic generator. In this way, the efficiency of the AL will be determined for hybrid systems.