Propuesta de un prototipo SCHRÉDER EXEDRA, que permita minimizar los tiempos de respuesta a los cortes de energía eléctrica en los circuitos de iluminación del puente de la Unidad Nacional aplicado sobre el rio Babahoyo.

Abstract

he national unity bridge is a place with a high rate of vehicular traffic influx, it has a length of 2186 m, which crosses the Daule and Babahoyo rivers, being a connection point for the cities of Guayaquil and Durán. It currently has an outdated lighting system that causes the electrical systems of the luminaires to fail. For this reason, the present research project has as its main objective the implementation of a remote management system for the public lighting system of the bridge, achieving optimized control. For the implementation of the project, an analysis of the existing technologies has been carried out and the most appropriate one has been selected according to the system requirements. Starting from the proposed objectives and the justification of the work, the theoretical framework is elaborated where the revision of concepts inherent to the subject such as lighting, remote management and the necessary devices for the development of the work is carried out. After this, the assembly of the infrastructure and the lighting system as a pilot plan is carried out in a certain sector of the national unity bridge. Finally, its operation is verified through field tests of data transmission and administration of the public lighting system, in order to present the conclusions and recommendations of the work carried out.