PROTOTYPE OTOMATISASI PINTU AIR MENGGUNAKAN
SENSOR ULTRASONIK BERBASIS APLIKASI BLYNK DAN
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Tri Riyanto, Agustinus
Subject
T Technology (General)
Datestamp
2024-03-27 05:13:27
Abstract :
Indonesia is one of the countries that has a fairly high level of rainfall and always occurs in almost every area, so several dams were built. Monitoring the water level in the dam is important for monitoring the water level. Not only that, the delivery of information about the water level is also very minimal, so that if the rainfall is high then the safety level of the sluice gate officers will also be dangerous, this is because the sluice control system is still using the manual method, so a monitoring system, floodgate automation, and warning is designed application-based. To monitor and monitor the water level in this study using the Blynk and Email applications when the water level has exceeded the maximum and at low tide. In the design of this prototype, research was carried out using 2 water reservoirs using the NodeMCU component as the process of running the prototype, then using 2 sluice gates with servo motor components to open the floodgates, to display the water level through the 16x2 I2C LCD component and display notifications using the Blynk application and E-mail. The results showed the average percentage of water level errors from the 0 cm to 15 cm height experiment was 4,673 %, then for testing the difference in notification delay of the Blynk application and Email, the Blynk application with a delay of 0.9 s was faster to receive notifications than Email with long delay 1.7 s. The results of the automatic sluice test when the water level is < 9 cm, i.e. sluice gates 1 and 2 are closed 0°, when the water level is ? 9 cm up to a water level of < 15 cm, the sluice 1 opens with a rotation of 90° and the sluice 2 closes. 0°, and when the water level is ? 15 cm, the floodgates 1 and 2 open with a rotation of 90°. The results of the overall prototype testing went well.
Indonesia is one of the countries that has a fairly high level of rainfall and always occurs in almost every area, so several dams were built. Monitoring the water level in the dam is important for monitoring the water level. Not only that, the delivery of information about the water level is also very minimal, so that if the rainfall is high then the safety level of the sluice gate officers will also be dangerous, this is because the sluice control system is still using the manual method, so a monitoring system, floodgate automation, and warning is designed application-based. To monitor and monitor the water level in this study using the Blynk and Email applications when the water level has exceeded the maximum and at low tide. In the design of this prototype, research was carried out using 2 water reservoirs using the NodeMCU component as the process of running the prototype, then using 2 sluice gates with servo motor components to open the floodgates, to display the water level through the 16x2 I2C LCD component and display notifications using the Blynk application and E-mail. The results showed the average percentage of water level errors from the 0 cm to 15 cm height experiment was 4,673 %, then for testing the difference in notification delay of the Blynk application and Email, the Blynk application with a delay of 0.9 s was faster to receive notifications than Email with long delay 1.7 s. The results of the automatic sluice test when the water level is < 9 cm, i.e. sluice gates 1 and 2 are closed 0°, when the water level is ? 9 cm up to a water level of < 15 cm, the sluice 1 opens with a rotation of 90° and the sluice 2 closes. 0°, and when the water level is ? 15 cm, the floodgates 1 and 2 open with a rotation of 90°. The results of the overall prototype testing went well.
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