Diseño e implementación de un sistema de iluminación fotovoltaico de respaldo para los laboratorios de electrónica de potencia y control automático.

Abstract

This paper describes the design of a photovoltaic structure holding two solar panels and constituted of inductive sensors, gear boxes, gear motor which are being coupled to form a base with two degrees of freedom allowing the implementation of a system configured in a programmable logic controller, this system is responsible for supervising and controlling the positioning of solar panels managing to maintain a higher gain, i.e. it will allow position itself perpendicular to the sun getting a solar radiation directly to have a fully charged battery which will serve as a backup system to supply power to three luminaries of each laboratory in case of a power failure in block B of the Salesiana Polytechnic University. Added to that, fluorescent luminaires are changed for LED tubes to reduce energy consumption, environmental pollution while increasing the lumens of these laboratories.