Diseño y simulación mediante software especializado de la generación de electricidad con paneles solares fotovoltaicos para la Distribuidora Comercial Paredes ubicada en la provincia de Sucumbíos

Abstract

The sources of sustainable energy that has been gaining space over time becoming the primary energy in the world, this case will talk about photovoltaic solar energy, which allows us to electrify rural or urban areas to electrify any building, contribute to the environment and reduce CO2. The research proposes to design and simulate off-grid solar panels for Sucumbíos, city “Lago Agrio” projected to a building for the distribution of agricultural machinery, the simulation was performed in the PVsyst 7.2 software because it has a large database for the photovoltaic and meteorological components of the system. The irradiation of the sun that has this sector allows the development of the project because the solar rays are more perpendicular to the sun rays with an angle of inclination of each panel of 10 ° being its angle with greater efficiency for its operation. Design and use of isolated photovoltaic systems Pvsyst 7.2 determines how many solar panels, inverter and batteries should be installed. With the help of the supplier in the country, components that can be acquired in the Ecuadorian market were used.