Diseño de un sistema en tiempo real de mediación de radiación solar y variables meteorológicas y automatización de procesos para la Facultad de Ingeniería Industrial.
Fecha
2021-03-25
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Universidad de Guayaquil. Facultad de Ingeniería Industrial. Carrera de Ingeniería en Teleinformática.
Resumen
Se efectuó el diseño de un sistema para la medición de variables por medio de sensores, y
como plus, la automatización a través de relés; con el propósito de determinar que los datos
obtenidos del ambiente son precisos, para ser enviados a una plataforma online y un aplicativo
móvil. Se utilizó el método cuasi experimental para la realización de 39 mediciones en la ciudad
de Guayaquil, sector Mapasingue; divididas en tres grupos: 13 para el índice UV, 13 para la
temperatura y 13 para la humedad, que fueron comparadas con un portal web y un dispositivo
ensamblado de fábrica. Se implementaron como instrumentos: gráficos de tendencia donde se
aprecian mediciones en minutos y tablas con sus respectivos porcentajes de error. Los resultados
evidenciaron que los porcentajes de error fueron mínimos. Por consiguiente, se concluyó que el
prototipo proporciona datos de alta fidelidad, en una localidad cercana a la facultad universitaria.
The design of a system for the measurement of variables by means of sensors was carried out, and as a plus, automation through relays; with the purpose of determining that the data obtained from the environment is accurate, to be sent to an online platform and a mobile application. The quasi-experimental method was used to carry out 39 measurements in the city of Guayaquil, Mapasingue sector; divided into three groups: 13 for UV index, 13 for temperature and 13 for humidity, which were compared to a web portal and a factory assembled device. They were implemented as instruments: trend graphs where measurements in minutes are appreciated, and tables with their respective error percentages. The results showed that the error percentages were minimal. Therefore, it was concluded that the prototype provides high-fidelity data, in a location close to the university faculty.
The design of a system for the measurement of variables by means of sensors was carried out, and as a plus, automation through relays; with the purpose of determining that the data obtained from the environment is accurate, to be sent to an online platform and a mobile application. The quasi-experimental method was used to carry out 39 measurements in the city of Guayaquil, Mapasingue sector; divided into three groups: 13 for UV index, 13 for temperature and 13 for humidity, which were compared to a web portal and a factory assembled device. They were implemented as instruments: trend graphs where measurements in minutes are appreciated, and tables with their respective error percentages. The results showed that the error percentages were minimal. Therefore, it was concluded that the prototype provides high-fidelity data, in a location close to the university faculty.
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Palabras clave
TECNOLOGÍA DE LOS ORDENADORES, SENSORES, RELÉS, VARIABLES