Simulation of the solar photovoltaic system of the Autonomous University of the West

In recent years, artificial intelligence has focused on addressing various issues related to global technologies and needs. Its contributions in areas such as computer vision, sequential signal processing, natural language processing and system optimization using artificial intelligence-based algorithms stand out. This article presents the simulation of the solar photovoltaic system of the Universidad Aut ' onoma de Occidente, covering the two stages of construction. In addition, a storage system connected to each set of solar panels, linked to the inverter, is introduced. The simulation allows an analysis of the most relevant variables for the system: solar radiation, ambient temperature, voltage generated and current generated.