Rancang Bangun Mesin Pemberi Pupuk Cair Otomatis Hemat Daya Berbasis Iot untuk Budidaya Tanaman Organik

Shofa, Diana; Dewi, Deandra Tavania; Faris, Ikhwan Muhammad; Baharudin, Ihda Fuad; Mitasari, Herlina; Satito, Aryo

doi:10.32497/jrm.v16i1.2062

Cited by 2 publications

(2 citation statements)

References 5 publications

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“…Solusi yang paling efektif untuk mengatasi kelemahan sprayer gendong elektrik adalah dengan memanfaatkan energi matahari menggunakan panel surya agar pengecasan aki atau baterai bisa dilakukan secara kontinyu tanpa memerlukan pasokan listrik PLN [6] [7]. Disamping itu, peningkatan performa sprayer gendong elektrik juga dilakukan dengan memanfaatkan teknologi terbaru seperti pemanfaatan IoT [8], boom sprayer semi otomatis [9], sprayer otomatis menggunakan Sensor PIR untuk mendeteksi keberadaan hama [10].…”

Section: Pendahuluanunclassified

Pembuatan Mesin Penyemprot Hama Kapasitas 10 L Menggunakan Sumber Listrik Solar Panel

Anderson

2022

JIPR. jurnal. ilm. polirekayasa

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Hama adalah hewan yang mengganggu atau merusak tanaman sehingga pertumbuhan dan perkembangan pada tumbuhan terganggu. Hama bisa merusak tanaman secara langsung maupun tidak langsung. Dalam penanganan hama ini petani masih menggunakan alat penyemprot hama manual, adapun alat semprot elektrik, baterainya tidak bertahan lama. Untuk mengurangi masalah dalam penanganan hama ini penulis membuat mesin penyemprot hama kapasitas 10 L menggunakan sumber listrik solar panel.Dalam pembuatan mesin penyemprot ini komponoen – komponen utama mesin ini adalah panel surya 50 wp, SCC 10 A, baterai/aki 20 AH, pompa dc 12 V. Panel surya digunakan untuk sumber listrik dari mesin ini, energi listrik yang dihasilkan akan di simpan di aki dan di control oleh SCC. Energi listrik yang telah di simpan di aki akan digunakan untuk menghidupkan pompa yang berfungsi untuk memompakan air dalam tabung, di aliri ke selang dan stick sprayer untuk melakukan penyemprotan.Dari hasil pengujian didapat data panel surya dengan nilai rata – rata I sebesar 1,25 A, rata – rata V 12,33 Volt. Lama ketahanan baterai adalah 12 jam 56 menit, juah penyemprotan 2 meter dan lama waktu penyemprotan adalah 9 menit 30 detik

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Section: Pendahuluanunclassified

Pembuatan Mesin Penyemprot Hama Kapasitas 10 L Menggunakan Sumber Listrik Solar Panel

Anderson

2022

JIPR. jurnal. ilm. polirekayasa

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“…This device uses a NodeMCU ESP32 microcontroller connected to the Internet to send soil moisture data and control the fertigation system automatically and manually to a mobile application in real-time via Firebase Web. This device is equipped with a flow sensor to determine the amount of fertilizer given to cultivated plants and a Network Time Protocol (NTP) to regulate fertilizer application according to the time specified by the user through the application [8]..…”

Section: Introductionmentioning

confidence: 99%

Development of an iot-based portable smart fertigation module for automatic plant cultivation

Rofi’i,

Kautsar,

Purnomo

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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Technological development in the agricultural sector will be able to reduce production costs, especially when fertilizing cultivated land. Watering and fertilizing is one aspect that needs special attention in the agricultural sector. It is important because it can affect plant growth and development. Watering is essential to maintain water availability in the soil and not to disrupt the plant’s metabolic processes. Fertilization must be carried out as needed and at the specified time to increase cultivated plants’ productivity. One technology that can be applied is a system for controlling fertilization automatically. Implementing this automatic fertigation system will make it easier for farmers to fertilize effectively and efficiently. Technological developments have an active role in the efficient use of fertilizer in cultivated plants. This Smart Fertigation System device can help farmers carry out watering and fertilizing cultivated plants. Fertigation itself comes from two words, namely fertilizer and irrigation. This method allows watering and fertilizing to be done simultaneously. Watering and fertilizing carried out simultaneously can be decisive in increasing the growth and productivity of cultivated plants. An important factor that must be considered in the fertilization process is a nutrient solution that is appropriate for the age and type of plant. If the controller detects the volume value is more than the set point, it will automatically turn off the valve and pump motor. From the test results, it was obtained that the output value data was more than the set point of 21.67 mL. This can be caused by the accuracy of the sensor. Delays between controller instructions and actuator responses can also result in differences in watering volume. However, the error value is negligible and tolerable. With a flowmeter sensor, different volumes can be watered according to the age of the plant. It can save more water and fertilizer use compared to using manual cultivation. Watering times can also be done precisely without worrying about forgetting.

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Rancang Bangun Mesin Pemberi Pupuk Cair Otomatis Hemat Daya Berbasis Iot untuk Budidaya Tanaman Organik

Cited by 2 publications

References 5 publications

Pembuatan Mesin Penyemprot Hama Kapasitas 10 L Menggunakan Sumber Listrik Solar Panel

Pembuatan Mesin Penyemprot Hama Kapasitas 10 L Menggunakan Sumber Listrik Solar Panel

Development of an iot-based portable smart fertigation module for automatic plant cultivation

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