Control de iluminación LED para viviendas con asistente virtual.
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2023-07-18
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Jaén: Universidad de Jaén
Resumen
En este Trabajo Fin de Grado (TFG), se realiza un estudio de las opciones disponibles para
desarrollar un sistema de control de iluminación LED para viviendas con asistente.
Se eligen soluciones compatibles con el asistente de Google, permitiendo el control por voz,
programación de escenas y comandos personalizados. Se desarrolla una aplicación para dispositivos
Android, permitiendo el control remoto de la iluminación a través de smartphones o tablets.
Además, se diseñan y construyen dos prototipos que conforman el sistema de control: uno para
regular la intensidad que circula por una tira de LEDs utilizando tecnología MOSFET, y otro que incluye un
fader motorizado que permite el control manual y automático de la intensidad lumínica de la tira de LEDs
conectada al primer prototipo.
In this end-of-degree project (EDP), a study of the available options is carried out to develop an LED lighting control system for homes with an assistant. Solutions compatible with the Google assistant are chosen, allowing voice control, scene programming and personalized commands. An application for Android devices is developed, allowing remote control of lighting through smartphones or tablets. In addition, two prototypes that make up the control system are designed and built: one to regulate the intensity that circulates through a LED strip using MOSFET technology, and another that includes a motorized fader that allows manual and automatic control of the light intensity of the LED strip connected to the first prototype.
In this end-of-degree project (EDP), a study of the available options is carried out to develop an LED lighting control system for homes with an assistant. Solutions compatible with the Google assistant are chosen, allowing voice control, scene programming and personalized commands. An application for Android devices is developed, allowing remote control of lighting through smartphones or tablets. In addition, two prototypes that make up the control system are designed and built: one to regulate the intensity that circulates through a LED strip using MOSFET technology, and another that includes a motorized fader that allows manual and automatic control of the light intensity of the LED strip connected to the first prototype.