RANCANG BANGUN SISTEM MONITORING KUALITAS AIR DAN OTOMASI TERHADAP PEMELIHARAAN LARVA UDANG VANAME MENGGUNAKAN WSN BERBASIS IOT
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Institusion
Universitas Muhammadiyah Malang
Author
Subject
T Technology (General)
Datestamp
2019-07-23 08:10:51
Abstract :
In the treatment of vaname shrimp larvae, the quality of water as a maintenance medium must be of good quality, in other words, the condition of the pond is in certain conditions. Parameters to determine water quality in the maintenance of vaname shrimp larvae are pH, silinity, temperature and turbidity. The main factor that causes crop failure in the cultivation of vaname shrimp larvae is uncontrolled water quality as a medium of maintenance. Until now, vaname shrimp larvae farmers still use manual methods to monitor and regulate water quality in the cultivation of vaname shrimp larvae. The manual method is considered to be very troublesome and inefficient because the farmer must go to the field at any time to monitor and regulate water quality. This study aims to help monitor and regulate the quality of water in vaname larvae. This tool is designed using an IoT based WSN system by utilizing the Arduino Mega microcontroller and NodeMCU8266. The results of sensor readings from monitoring have a different average error, the pH sensor has an error rate of 0.0066%, a sensor temperature of 0.3070%, a salinity sensor of 1.0%, the turbidity sensor at the highest turbidity level is 98.78 NTU obtained voltage 2.93 V. The automation system is able to control water parameters with the ON and OFF system on the DC, fan and heater pumps according to the range specified through the android application. Keywords: Vaname Shrimp Larvae, Water Quality, Monitoring, Automation, WSN and IoT.
In the treatment of vaname shrimp larvae, the quality of water as a maintenance medium must be of good quality, in other words, the condition of the pond is in certain conditions. Parameters to determine water quality in the maintenance of vaname shrimp larvae are pH, silinity, temperature and turbidity. The main factor that causes crop failure in the cultivation of vaname shrimp larvae is uncontrolled water quality as a medium of maintenance. Until now, vaname shrimp larvae farmers still use manual methods to monitor and regulate water quality in the cultivation of vaname shrimp larvae. The manual method is considered to be very troublesome and inefficient because the farmer must go to the field at any time to monitor and regulate water quality. This study aims to help monitor and regulate the quality of water in vaname larvae. This tool is designed using an IoT based WSN system by utilizing the Arduino Mega microcontroller and NodeMCU8266. The results of sensor readings from monitoring have a different average error, the pH sensor has an error rate of 0.0066%, a sensor temperature of 0.3070%, a salinity sensor of 1.0%, the turbidity sensor at the highest turbidity level is 98.78 NTU obtained voltage 2.93 V. The automation system is able to control water parameters with the ON and OFF system on the DC, fan and heater pumps according to the range specified through the android application. Keywords: Vaname Shrimp Larvae, Water Quality, Monitoring, Automation, WSN and IoT.
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