Revista ELECTRO
Vol. 41 – Año 2019
Artículo
TÍTULO
Monitorización de Presión en Tuberías de Gas Inerte Usando IoT
AUTORES
José Ignacio Vega Luna, Mario Alberto Lagos Acosta, Francisco Javier Sánchez Rangel, José Francisco Cosme Aceves
RESUMEN
Se presenta un sistema de monitorización de presión en tuberías de gas inerte en un centro de datos usando una plataforma de IoT. El objetivo fue diseñar un sistema que reporte periódicamente a un servidor en la nube el valor de presión del gas en diferentes puntos de la tubería y visualizar por medio de la interfaz de usuario los valores de presión, en línea e históricamente. El sistema está compuesto por una red de cuatro nodos esclavos, que miden los valores de presión y determinan las coordenadas de su posición GPS, y un nodo maestro que colecta esta información y la transmite al servidor. Los nodos esclavos están compuestos por una tarjeta ESP32, el medidor de presión y el módulo GPS. El alcance logrado de la red WiFi de medidores de presión son 52 metros con línea de vista y la exactitud de la medida del sistema es ±0.085%.
Palabras Clave: Centro de datos, ESP32, GPS, IoT, presión de gas, WiFi.
ABSTRACT
This paper presents a pressure monitoring system in inert gas pipes in a data center using an IoT platform. The ob jective was to design a system that periodically reports to a server in the cloud the gas pressure value in different points of the pipeline and visualize, through the user interface, the pressure values, online and historically. The system consists of a n etwork of four slave nodes, which measure the pressure values and determine the coordinates of their GPS position, and a master node that collects this information and transmits it to the server. The slave nodes are composed of an ESP32 card, the pressure meter and the GPS module. The achieved reach of the WiFi network of pressure meters is 52 meters with line of sight and the accuracy of the measurement of the system is ± 0.0085%.
Keywords: Data center, ESP32, gas pressure, GPS, IoT, WiFi.
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CITAR COMO:
José Ignacio Vega Luna, Mario Alberto Lagos Acosta, Francisco Javier Sánchez Rangel, José Francisco Cosme Aceves, "Monitorización de Presión en Tuberías de Gas Inerte Usando IoT", Revista ELECTRO, Vol. 41, 2019, pp. 96-101.
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