Asignación óptima de recursos distribuidos coordinados con respuesta a la demanda para una micro-red autosustentable en el complejo agroecológico de investigación y desarrollo productivo San José de Ayora, cantón Cayambe

Abstract

This research presents results of a technical-economic assessment under the optimization model of HOMER Energy; where, the energy resources (solar and wind) were evaluated at the study site to implement a micro-grid that can operate in a connected or isolated mode to the public energy grid and supply an electricity demand under quality safety and efficiency parameters, thus guaranteeing a safe and continuous supply of electricity at the lowest possible cost in the agroecological complex for research and productive development San José de Ayora, Cayambe canton. This research project is focused on the use of non-conventional renewable energy sources, resulting in the configuration of a hybrid electricity grid connected to the public power grid, which has a photovoltaic generation system, an energy storage system and a conversion system; all this, with a penetration of renewable energies of 14.2% to the system. Demonstrating in this way that the integration of nonconventional renewable energy in any system is a viable option and contributes to the energy sustainability of a country.