Sistem Monitoring Penyiraman Tanaman Otomatis Berbasis Internet Of Things Menggunakan Website
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Institusion
Politeknik Negeri Bengkalis
Author
Darminra, Augie
Subject
458 Teknik Informatika
Datestamp
2022-08-27 22:39:40
Abstract :
The planting process and caring for plants requires special attention, especially in maintaining moisture conditions in plants. To preserve soil humidity, regular watering is required. Internet of Things technology can be applied to build systems that function for water plants. This system aims to make time and energy-efficient in watering plants because currently there are still many people who do watering manually. For this reason, it is necessary to build an automatic plant watering system whose monitoring results can be seen through the website. This watering system uses the NodeMCU ESP88266 as a data processing center, and a soil moisture sensor as a data indicator that detects soil in dry or moist conditions. The soil is in a dry state if the humidity point is < 60% and the soil is categorized as moist if the humidity point is > 60%. As a system output, the water pump will turn on and the relay will act as an intermediary between the water pump and the NodeMCU ESP8266. The results of the ongoing system data will be displayed on the website. The system testing scenario starts with testing the soil moisture sensor by comparing it with a moisture meter and doing some data collection using a soil moisture sensor, then testing the system performance on plants by making several conditions on plants and finally testing data transmission between JSON and PHP. With the result that the average percent error on the soil moisture sensor is 1.47%, the system can work well in several plant conditions, and JSON has a faster percentage than PHP in sending data.
The planting process and caring for plants requires special attention, especially in maintaining moisture conditions in plants. To preserve soil humidity, regular watering is required. Internet of Things technology can be applied to build systems that function for water plants. This system aims to make time and energy-efficient in watering plants because currently there are still many people who do watering manually. For this reason, it is necessary to build an automatic plant watering system whose monitoring results can be seen through the website. This watering system uses the NodeMCU ESP88266 as a data processing center, and a soil moisture sensor as a data indicator that detects soil in dry or moist conditions. The soil is in a dry state if the humidity point is < 60% and the soil is categorized as moist if the humidity point is > 60%. As a system output, the water pump will turn on and the relay will act as an intermediary between the water pump and the NodeMCU ESP8266. The results of the ongoing system data will be displayed on the website. The system testing scenario starts with testing the soil moisture sensor by comparing it with a moisture meter and doing some data collection using a soil moisture sensor, then testing the system performance on plants by making several conditions on plants and finally testing data transmission between JSON and PHP. With the result that the average percent error on the soil moisture sensor is 1.47%, the system can work well in several plant conditions, and JSON has a faster percentage than PHP in sending data.
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