Smart Growbox Design With Temperature and Humidity Monitoring System via the Internet

Vernandhes, Wanda; Salahuddin, Nur Sultan; Kowanda, Anacostia

doi:10.20885/teknoin.vol22.iss11.art6

Cited by 2 publications

(2 citation statements)

References 1 publication

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“…PENELITIAN YANG TERKAIT Banyak Studi yang telah dilakukan untuk memberikan solusi. Salah satu penelitian yang pernah dilakukan adalah Perancangan Sistem Smart Growbox, Sistem IoT yang menggunakan Arduino Uno sebagai mikrokontroler kemudian dipasangkan ethernet shiled agar dapat berfungsi sebagai server cloud untuk sistem IoT-nya [9]. Penggunaan IoT dalam akuaponik menggunakan raspberry pi sebagai platform penunjang IoT-nya atau sebagai server penerima dari sensornya dan beberapa bantuan sensor lainnya sebagai pembacaan data, beberapa sensor yang digunakan seperti sensor cahaya, ultrasonic, suhu.…”

Section: IIunclassified

Implementasi Sistem IoT Pada Akuakultur Dan Hydroponik (Akuaponik) Modern Untuk Pertumbuhan Ikan Nila

Setiawan,

Styawati,

Alim

2024

JPIT

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In modern times, there are many types of agricultural and fish farming systems, one of which is the modern aquaculture system which has been recognized as an innovative method of sustainable food production that combines fish cultivation with agriculture simultaneously. Modern aquaponics is able to overcome problems in urban areas which require land for growing crops and cultivating fish. Good fish cultivation means always monitoring the growth and health of fish to reduce the risk of crop failure, therefore this research aims to implement an Internet of Things (IoT) system in modern aquaponics to increase the growth of tilapia. IoT parameters consisting of pH sensors, Total Dissolved Solids (TDS) sensors, and temperature sensors are used to monitor water quality conditions in modern aquaponics. Through IoT systems, data collected in real-time enables more effective environmental monitoring. The creation of an IoT system in modern aquaponics shows that the implementation of IoT can increase the efficiency of modern aquaponic environmental management, resulting in better fish growth and plant productivity. This was verified through the pH sensor test results with a value of 7.2 indicating optimal conditions of acid-base balance in the water, which is essential for the health of tilapia fish. The TDS sensor test with a value of 300 ppm confirmed that the concentration of solid particles in the water was at an optimal level, which is also an indicator of the health of the tilapia fish. Temperature measurement using a temperature sensor with a value of 28°C, shows that the water temperature is within the ideal range for comfort for tilapia, which is usually comfortable at temperatures between 28-30°C

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Section: IIunclassified

Implementasi Sistem IoT Pada Akuakultur Dan Hydroponik (Akuaponik) Modern Untuk Pertumbuhan Ikan Nila

Setiawan,

Styawati,

Alim

2024

JPIT

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“…Sistem dapat bekerja secara otomatis ataupun manual. Kecepatan rata-rata proses kontrol melalaui internet yang terjadi pada penelitian ini yaitu selama 5 detik [5].…”

Section: Gambar 1 Tanaman Microgreenunclassified

Rancang Bangun Smart Grow Box Hidroponik Untuk Pertumbuhan Tanaman Microgreen Berbasis Internet of Things

Hilmy

Susana

Hadiatna

2021

Power Elektronik : Jurnal Orang Elektro

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Smart Grow Box is a place that is used as a medium for growing microgreen plants with an indoor system. In this study, a hydroponic Smart Grow Box was designed for smartphone-based microgreen plant growth. This study aims to monitor and control the environmental parameters of microgreen plant growth in the grow box that has been made. The system is designed using the DHT22 sensor as a temperature and humidity reader and the RTC DS3231 as a time control. The output from the sensor and RTC will be processed by the ESP32 microcontroller unit which is then forwarded to the system actuators and smartphones via the internet. This system designed uses the Blynk App application which can perform monitoring and control processes remotely based on the internet of things. This Smart Grow Box can reduce air humidity up to 4.71% lower than room air humidity, can increase air humidity to 90% within 54 seconds, and can lower air temperature close to room air temperature by a difference of 0.07 ℃. Smart Grow Boxes can also increase the quality of microgreen harvests by up to 40%.

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Smart Growbox Design With Temperature and Humidity Monitoring System via the Internet

Cited by 2 publications

References 1 publication

Implementasi Sistem IoT Pada Akuakultur Dan Hydroponik (Akuaponik) Modern Untuk Pertumbuhan Ikan Nila

Implementasi Sistem IoT Pada Akuakultur Dan Hydroponik (Akuaponik) Modern Untuk Pertumbuhan Ikan Nila

Rancang Bangun Smart Grow Box Hidroponik Untuk Pertumbuhan Tanaman Microgreen Berbasis Internet of Things

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