RANCANG BANGUN ALAT KONTROL SUHU DAN KELEMBABAN TANAMAN JAMUR BERBASIS LORA PADA PETERNAKAN JAMUR TIRAM
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Arsanto, Advi
Putri, Tri Wahyu Oktaviana
Putri, Tri Wahyu Oktaviana
Subject
Teknik Elektro
Datestamp
2022-09-20 03:56:26
Abstract :
Temperature and humidity are the main factors in mushroom cultivation, these two factors are very influential for mushroom farmers. Along with the development of technology, a temperature and humidity monitoring device was made, and there was even a development of a monitoring device, namely a remote control of temperature and humidity in mushrooms. This temperature control device requires 2 parameters, namely temperature and humidity. Temperature parameters using DHT11 and humidity parameters using a soil moisture sensor. Arduino will read and process the sensor value. After Arduino processes the sensor value, Lora will send the sensor data to the gateway which will then be processed on the local server, and the data will then be displayed on the local website. This local website has the address 192.168.1.1. Adjustment of temperature and humidity occurs during the day and sometimes in the evening. The measurement distance of lora communication tools is 500 meters with a height of 10 meters. The highest temperature obtained using this tool is 30o, and the lowest humidity is 47%. The results obtained are a comparison of errors with temperature and humidity meters on the market. error when using a firing thermometer is 0.63%. error when using a mercury thermometer is 0.114%.
Temperature and humidity are the main factors in mushroom cultivation, these two factors are very influential for mushroom farmers. Along with the development of technology, a temperature and humidity monitoring device was made, and there was even a development of a monitoring device, namely a remote control of temperature and humidity in mushrooms. This temperature control device requires 2 parameters, namely temperature and humidity. Temperature parameters using DHT11 and humidity parameters using a soil moisture sensor. Arduino will read and process the sensor value. After Arduino processes the sensor value, Lora will send the sensor data to the gateway which will then be processed on the local server, and the data will then be displayed on the local website. This local website has the address 192.168.1.1. Adjustment of temperature and humidity occurs during the day and sometimes in the evening. The measurement distance of lora communication tools is 500 meters with a height of 10 meters. The highest temperature obtained using this tool is 30o, and the lowest humidity is 47%. The results obtained are a comparison of errors with temperature and humidity meters on the market. error when using a firing thermometer is 0.63%. error when using a mercury thermometer is 0.114%.
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