Construcción de un módulo de energía solar fotovoltaica con paneles de silicio de amorfo (capa fina).

Abstract

The present project consists in the construction of a photovoltaic solar energy module for an electrical generation system through a conversion of solar energy to electrical energy. The principle of operation begins by capturing the sun's radiation on one of the faces of a photoelectric cell of the solar panel and there is a difference in electrical potential between both faces that causes electrons to jump from one place to another, thus generating electric current. The generation and conversion system consists of amorphous solar panels, charge controller, inverter and a battery bank. The power generation system consists of two 30W Amorphous Silicon panels connected in parallel, 40 Ah deep cycle battery bank, a charge controller for the connection of the solar panels with the load and the battery bank. The module consists of a DC circuit that lights three 10-watt fluorescent lamps for one hour for 3 days of autonomy and the AC circuit consists of two 8W 110V LED bulbs and stays on three hours for two days of autonomy.