ASPECTOS METODOLÓGICOS PARA LA CONEXIÓN DE GENERACIÓN FOTOVOLTAICA A LAS REDES DE DISTRIBUCIÓN

Abstract

This thesis presents a methodology to identify the window of opportunity to demonstrate the feasibility of on-site power generation. For the development of this research we rely on data distribution bus Tiquicheo, Michoacán, and statistical information of measurements of automatic station of Ciudad Altamirano, Guerrero. On the energy source that provides solar energy. In climates remarkable medium fluctuations in solar irradiance and their impact on the distribution network are important considerations in future large-scale applications of photovoltaic (PV) generation systems infiltrates, establishing the irradiance range of seasons and develops research on changes in electrical quantities (transients slow) as the persistence and power fluctuation. Power flow calculations are made to access the impact of fluctuations of solar irradiance on the point of common coupling bus Tiquicheo, Michoacán. Investigation of the impact of fluctuations in solar irradiance found that the fluctuation of voltage is constant, so that no frequency variation which affect the stability of the photovoltaic (PV) system. Becoming cheaper the selection and coordination of electrical protection. Furthermore, these values of electrical quantities knowledge enable energy storage for night operation system that allows photovoltaic (PV) system alone or interconnected to the electric power system (EPS).