Análisis y diseño de un sistema de respaldo con energía fotovoltaica para la fundación AEI de SOLCA.

Abstract

The goal of this project is to design a solar backup system for the Association of Incurable Patients (AEI Foundation) at SOLCA. Keeping patients safe, conserving energy, safeguarding ventilation and medical equipment, and making sure an automated backup system is in place are the primary objectives To plan the system, we first looked at the foundation’s electricity consumption. Then, we calculated the number and size of solar panels needed, checked their performance, studied shading issues, and chose the right components like inverters and storage systems. We also considered the cost of materials. Developing a system as a component of a hybrid energy system was the plan. In addition to generating clean energy that is beneficial for the environment, this would help reduce electricity expenses. Additionally, it increases patients' safety and comfort. Under the supervision of the maintenance team, we began the project by gathering data on electricity usage straight from the main electrical panel. Additionally, we simulated and assessed the system's operation using programs like PVsyst and FusionSolar. . The results showed that the system could cut electricity costs and reduce CO₂ emissions, bringing both economic and environmental benefits. Overall, it proved that the system meets its goals successfully