"Despacho estocástico de una micro-red tipo campus inteligente basado en la óptima respuesta de la demanda"

Abstract

This paper focuses on the study of the installation of several photovoltaic systems on a university campus, since this type of system allows the campus to have a neutral carbon footprint, what is sought with the installation of this photovoltaic system is to reduce energy consumption through the public power grid. The work is focused on making an optimal energy dispatch through decision trees to achieve an optimal response to demand. In this work, several policies are put into operation that the institution must execute with little flexibility in order to achieve the main objective, which is to reduce the consumption of the public electricity network and be self-sufficient in the face of any adversity or normal activity of the institution. With the installation of photovoltaic systems also seeks to reduce the carbon footprint that the institution generates this approach is essential in each of the installations of photovoltaic systems that are put into operation in the world and wants to demonstrate that the photovoltaic system proposed in this work becomes viable in the implementation of this.