Analizador de redes eléctricas mediante microcontrolador
Fecha
3029-09-05
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Jaén: Universidad de Jaén
Resumen
En el presente documento se lleva a cabo el desarrollo de un prototipo de "Analizador de redes eléctricas mediante microcontrolador", es decir, se trata de un dispositivo capaz de obtener los parámetros de Vrms, Irms, S, P, Q, Cos o y Armónicos de tensión e intensidad de redes trifásicas y su posterior volcado de datos en la nube, todo ello, usando tecnología Arduino, es decir, tecnología de bajo coste y de código abierto. La principal novedad que se presenta en este TFM es la integración de todos los procesos en un solo dispositivos Arduino Mega, ya que en la bibliografía revisada no se ha encontrado ningún proyecto en el cual: se muestreen los valores a una frecuencia de hasta 10kHz, se midan los parámetros básicos de un red trifásica, se calcule la Transformada Rápida de Fourier (FFT) y se suban los datos a la nube con un solo dispositivo.
In this document, the development of a prototype of an "Electric network analyzer by microcontroller" is carried out, that is, it is a device capable of obtaining the parameters of Vrms, Irms, S, P, Q, Cos o and Harmonics of voltage and intensity of three-phase networks and their subsequent dumping of data in the cloud, all using Arduino technology, that is, low-cost and open source technology. The main novelty that is presented in this TFM is the integration of all the processes in a single Arduino Mega device, since in the reviewed bibliography no project has been found in which: the values are sampled at a frequency of up to 10kHz, the basic parameters of a three-phase network are measured, the Fast Fourier Transform (FFT) is calculated and the data is uploaded to the cloud with a single device.
In this document, the development of a prototype of an "Electric network analyzer by microcontroller" is carried out, that is, it is a device capable of obtaining the parameters of Vrms, Irms, S, P, Q, Cos o and Harmonics of voltage and intensity of three-phase networks and their subsequent dumping of data in the cloud, all using Arduino technology, that is, low-cost and open source technology. The main novelty that is presented in this TFM is the integration of all the processes in a single Arduino Mega device, since in the reviewed bibliography no project has been found in which: the values are sampled at a frequency of up to 10kHz, the basic parameters of a three-phase network are measured, the Fast Fourier Transform (FFT) is calculated and the data is uploaded to the cloud with a single device.