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Abstract
This article evidences the creation and use of an APP and a system for monitoring and measuring water consumption to calculate the Water Footprint, for Devices and equipment that work by supplying water. This system allows the automation and visualization of the consumptions present in the device to which said flow sensor is connected, starting with the measurements obtained during a fixed period in 2 apartments, each with 2 showers, 2 sinks, 2 cisterns, 1 dishwasher. , 1 washing machine, as elements of water consumption, one located in Bogotá and the other in Bucaramanga. Users can to know what consumption is and the water footprint that this measurement point presents, thus showing a consumption profile and allowing to control its activation and inactivation from the software. It is intended that the user can add the different devices from a Mobile application, and this allows with the help of the ESP-8266, the control and measurement of the water flow, thus graphing the consumption that is presented in the device to which it is coupled.
Sustainability is currently one of the most important issues since we see that the cost of water presented by companies and people is increasing considerably, so the use of hardware and software allows us to develop IOT applications (Internet Of Things), reliable and accessible to everyone. This document finally shows the results obtained in the development of software from the AppInventor program, the Arduino, and databases in Phpmyadmin, as well as a Hardware proposed to obtain the Water Footprint.
References
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Revisado: 12/03/2019
[4] Cruz Ardila, Juan Carlos; Cardona-Gómez, Juan Carlos; Hernández-Porras, Diego Mauricio. Aplicación electrónica para el ahorro de energía eléctrica utilizando una energía alternativa Entramado, vol. 9, núm. 2, julio-diciembre, 2013, pp. 234-248. Universidad Libre Cali, Colombia.
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Revisado: 12/03/2020
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[8] Salman L Salman S Jahangirian S Abraham M German F Blair C Krenz P. “Energy efficient IoT-based smart home”, 2016 IEEE 3rd World Forum on Internet of Things, WF-IoT 2016.
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