Diseño de un prototipo de nodo inteligente integrable a una red inalámbrica para telemedición del consumo de agua potable como propuesta para el GADM de Guano.

Abstract

The objective of this curricular integration work was to design a prototype of a node smart device that can be integrated into a wireless network for remote metering of drinking water consumption such as proposal for the GADM of Guano, for which the operation of the current smart wáter meters that have wireless communication. The prototype consists of 4 stages: data collection, transmission and reception of data via the internet, data storage and information processing, for which the smart node in the meter was adapted implemented in the La Magdalena neighborhood, which through magnetic detection captures 10 litres /impulse of water consumption and through GPS it captures the current position of this tool, the data is concentrated in an ESP8266 module which takes advantage of the infrastructure of existing Wi-Fi network to link with the access point within the overage range to communicate via the Internet with a web server developed at 000webhost, which stores consumption and positioning data in the respective account once a day in the database MySQL data, in addition to the fact that each end of the month generates the pricing depending on the consumption accumulated and contracted category allowing its visualization in a web application. It was concluded that using the existing Wi-Fi network in the La Magdalena neighborhood together with the drinking water remote metering prototype, optimize processes and operating times considering the differences with other types of traditional reading, in addition to being an economical and scalable solution because meters can be added without interfering with the initial structure. It is recommended to program the ESP8266 core module so that it can connect to multiple Wi-Fi networks within the range of coverage to guarantee in this way the availability of the service of Internet.