Estudio comparativo de tecnologías de comunicación inalámbrica en la transmisión del consumo de agua residencial.

This research purpose is to obtain the power, distance, efficiency and speed of data transmission of flow, pressure and consumption of short and long distance wireless technologies in the application of residential water consumption, the problem being unavailability from an analysis of different wireless technologies that serves as a basis for this research development, it is justified that the implementation of a wireless communication system is implemented without a prior study to better understand the technologies operation, for its development, the flow, pressure and consumption data were acquired, once the values were obtained, the data was transmitted at different distances, and the operation was validated through the HMI system. The research results with the short distance technologies were the following: With Bluetooth technology a range of 25 meters, efficiency of 100 %, power of 3.98 mW, speed of 1 Mbps, with X-Bee technology a range of 10 meters, 100 % efficiency, 3.98 mW power, 250 kbps speed, with WiFi technology a range of 8 meters, 100 % efficiency, 3.98 mW power, 110 bps speed. With long distance technologies the results were the following: With RF technology a range of 980 meters, efficiency of 100 %, power of 2.51 mW, speed of 2 Mbps, with GSM technology the range depended on its coverage in this case 1 km, efficiency of 97.28 %, power of 1.99 mW, speed of 1200 bps, with LoRa technology a range of 8 km, efficiency of 98.47 %, power of 100 mW, speed of 300 kbps, with Ubiquiti technology a range of 8 km, 99.11 % efficiency, 199.52 mW power, 300 Mbps speed.

• Autor Principal: Quilumba Guanoluisa, Leonidas Efraín (author)
• Outros autores: Pullotasig Changoluisa, Danny Estalin (author)
• Formato: bachelorThesis
• Idioma: spa
• Publicado: 2021
• Subjects: TRANSMISOR; RECEPTOR; CAUDAL; PRESIÓN; ELECTROMECÁNICA
• Acceso en liña: http://repositorio.utc.edu.ec/handle/27000/8088