Desarrollo de un dispositivo IoT para la telemonitorizacion del consumo electrico
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2019-11-03
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Jaén: Universidad de Jaén
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La tecnología IoT esta adentrándose en nuestras vidas a un ritmo cada vez mayor y, con la implementación de esta tecnología , nuevas aplicaciones como el control de consumo eléctrico . El objetivo principal del proyecto es el desarrollo de un dispositivo de telemonitorización web sobre el consumo de cualquier aparato enchufable a la red . Con ese fin, se creará un prototipo capaz de adquirir los valores de tensión , intensidad y potencia a través de una placa de desarrollo con modulo WiFi y las medidas de varios sensores . El resultado del desarrollo muestra una gran fiabilidad de medida coexistiendo con un diseño simple y de bajo coste. El prototipo ofrece varias oportunidades acerca de desarrollos futuros en torno a nuevas aplicaciones y nuevas funcionalidades
IoT technology is entering our lives at an growing rate and, with the implementation of this technology, new applications such as the control of electricity consumption. The main objective of the project is the development of a web telemonitoring device on the consumption of any device pluggable to the network. To this end, a prototype will be created capable of acquiring the values of voltage, intensity and power through a development board with a WiFi module and the measurements of various sensors. The result of the development shows a high measurement reliability coexisting with a simple and low-cost design. The prototype offers several opportunities for future developments around new applications and new functionalities.
IoT technology is entering our lives at an growing rate and, with the implementation of this technology, new applications such as the control of electricity consumption. The main objective of the project is the development of a web telemonitoring device on the consumption of any device pluggable to the network. To this end, a prototype will be created capable of acquiring the values of voltage, intensity and power through a development board with a WiFi module and the measurements of various sensors. The result of the development shows a high measurement reliability coexisting with a simple and low-cost design. The prototype offers several opportunities for future developments around new applications and new functionalities.
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