DISEÑO Y FABRICACIÓN DE UN SEÑALAMIENTO ELECTRÓNICO AUTOSUFICIENTE DE ENERGÍA TIPO ISLA ALIMENTADO CON CELDAS SOLARES APLICADO A LA CIUDAD DE MÉXICO

Abstract

ABSTRACT vii ABSTRACT This paper presents the development of an electronic signal LED, solar-powered system showing performance through a datalogger, this work was done programming the LED arrays and the design of the entire autonomous system to provide proper charge the battery without affecting their charge and discharge cycles. The importance of this research is to demonstrate the many applications of solar, take advantage of the incident radiation and transform it into electricity at the time of his capture, that it can be stored and later to supply energy to the device to be fed. Solar technology has been developed in direct conversion and thermal or photovoltaic, the first being currently the most commonly traded a lesser capacity. Part of this work took place a stay of Research Laboratories of the Institute of Solar Energy (IES) of the Universidad Politécnica de Madrid and Universidad de Jaén, where he began programming the LED Matrix with Group research and Development in Solar Energy and Automation (IDEA), Spain. It explains the photoelectric effect, the current global developments in the photovoltaic business and what type of semiconductor materials are currently the greatest efficiency. The potential impact on solar radiation that Mexico has in Watts per m2.