Diseño de sistemas fotovoltaicos para las edificaciones de la Universidad Politécnica Salesiana campus sur que permita mejorar los indicadores energéticas basado en la regulación 08/23

Abstract

This document develops a photovoltaic system design with a capacity of 713,381.00 KWh/year to meet 99.38% of the energy demand of the Salesian Polytechnic University, South campus, Quito. The objective is to generate clean energy in a sustainable and efficient manner, thus reducing dependence on non-renewable energy, reducing pollution and supplying the installed load of the South campus. The goal is to have self-consumption renewable energy for the University. A study of energy demand at the University was carried out based on the last 12 electricity bills issued by Empresa Eléctrica Quito, analyzing the monthly consumption to obtain the average annual value of 717,762.42 KWh per year. After that, the solar resources available in the city of Quito were evaluated by means of meteorological information and tools that give us accurate information. An energy demand study was carried out at the University based on the last 12 electricity bills issued by the Quito Electric Company, analyzing monthly consumption to obtain the average annual value of 717,762.42 KWh per year. After that, the solar resources available in the city of Quito were evaluated through meteorological information and tools that give us exact information. The design of the photovoltaic system was dimensioned based on the demand obtained, with the correct amount of solar panels, inverters and other system components, which guarantees a reliable and continuous energy supply. The design complies with current regulation No. ARCERNNR-008/23. The final result demonstrates that the photovoltaic system for the South campus is capable of meeting the energy demand while optimally complying with the energy efficiency indexes. The project contributes significantly to the utilization of clean energy for electricity generation aimed at energy self-sufficiency.