Development of a sensor system to detect abnormalities of water in mountain water pipes with IoT technology for agriculture and consumption of Tadrinthong Community, Chaiyaphum Province
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Abstract
The results of this study are a part of the research objectives on the development of sediment separation technology in mountain water supply from the wisdom of “Thong Chang” to innovations in IoT alarm monitoring through the application for the sustainable water management system. In order to overcome this situation, an IoT application and the wisdom of “Thong Chang” will be purposed. The IoT devices are composed of embedded computers, microcontrollers, sensors, activators, and many hardware devices. We used three sensors devices namely turbidity sensor, flow sensor and pressure sensor respectively. The data will be collected from three sensors that we mention above and send it to the cloud. We use the data to investigate and alarm in case the broken water pipes in agriculture and community consumption. If the data derive from turbidity greater than 25 NTU; the alarm will be trigger. Second, we considerate the water flow rate, if the rate not in range 200 – 250 L/H, the sensor will be alarm. Third, the data collect from pressure sensor will be analyzed, if the value less than 2.00 bar and greater than 3.00 bar, the notification message will be sent. The results reveal that the synthesis of alarm sensor values to alert if water abnormalities in mountain water pipes are used to develop the sensor values to be developed into a set of instructions written in the programming code of the IoT system to notify the alarm via the mobile application if there is an abnormality from the set and order the system to stop immediately, helping to reduce the loss of agricultural and water consumption in 5 communities, 188 households, 443 households covering an area of approximately 14,525 rai. As can we have seen, the result of this research can contribute directly affecting the community and increase the productivity of agricultural, and horticultural crops, generating more income of 224,780 baht per year, plus saving 75,895 baht per year for water bills to the fund and creating new economic areas in the near future.
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