Máxima transferencia de potencia de un sistema de micro generación fotovoltaica por medio de PSO y modelación dinámica por medio de Vensim

Abstract

This research work seeks to develop an algorithm to obtain the maximum power transfer from a solar generation field. The study deals with the dimensioning of the load to be supplied, which for the particular case is a residential building. It also takes account the dimensioning of the field. This is accomplished according to the load to be fed, as well as the operating characteristics of the selected inverter. The irradiance data correspond to the hourly record of a station that is part of the network of meteorological stations in the city of Quito, the city chosen for the location since the dimensioning of the demand is generated with the regulations of the distributor that has jurisdiction in the zone. The optimization algorithm is developed with Python programming. This is the medium for the analysis of the behavior of the solar panel. The power balances and their time study are carried out with Vensim. Finally, the comparative results between the use of the circuit and the algorithm under study in the same generating field without the use of the aforementioned are shown, obtaining a notable improvement in generation.