Diseño de un sistema de energía fotovoltaico híbrido para las bodegas de la compañia XURI S.A

Abstract

This project aims to design a hybrid photovoltaic energy system for the warehouses of XURI S.A. as a practical model to be implemented in its facilities located in La Troncal, Cañar province, Ecuador. The design is focused on ensuring a reliable and efficient power supply for both the administrative offices and storage warehouses by integrating solar photovoltaic energy with a conventional backup system. The project development begins with a detailed analysis of the energy demand of the facilities, taking into account the specific requirements of each area. For the administrative offices, the goal is to provide a continuous and stable energy source to support the operation of electronic and IT equipment. Meanwhile, in the warehouses, priority is given to energy supply for lighting and charging systems necessary for logistical operations. Based on this analysis, the main system components, such as solar panels and the inverter, will be sized using the specialized PVsyst software to validate their technical feasibility and operational performance. It is worth noting that the project will be entirely developed using PVsyst, with a focus tailored to the specific conditions of La Troncal. This approach promotes the adoption of clean technologies that enhance the company’s energy efficiency and contribute to environmental protection.