Rancang Bangun Sistem Controlling Penyiraman Tanaman Kangkung Berbasis Internet of Things

Abstract

Kankung is a type of plant that is classified as a vegetable and is grown as food. The Mandiri Jaya Flowering Farmers Group in Cikupa Village, Karangnunggal has 9 blocks of farmland that are planted with kankung plants as one of the incomes of the farmers. The distribution of water to water spinach plants should be even and regular. For watering water spinach, 20 liters of water is needed, which is done manually by carrying water on the back and then watering the water spinach repeatedly. It is important to water kangkung plants regularly, once in the morning and once in the evening. Watering kangkung (a type of water spinach) is an important part of maintaining the plant, as it needs a sufficient supply of water to carry out photosynthesis and obtain the nutrients it needs to grow and develop. To support the automation process so that production factors can be achieved, a control system is required. One type of controller that is well-suited for use is a microcontroller. The researcher designed a Kangkung Plant Irrigation System Based on the Internet of Things to address the issues mentioned above. Farmers control the irrigation of watercress using smartphones, which makes their work easier and more efficient.

Implementasi Motor Operated Valve Untuk Penyiraman Tanaman Kangkung Di Lahan Gapoktan Mekar Jaya

“…Selain itu dengan adanya penelitian ini dapat memutuskan layak atau tidak layaknya pengembangan tersebut digunakan bagi Perusahaan, luaran penelitian ini dapat membantu perusahan perusahan bidang penanaman kangkung terhadap kesejahteraan operator, dapat menambah kesejahteraan operator dan keuntungan perusahaan secara finansial, dan dapat menjadi acuan SOP yang ergonomis untuk perusahaan bidang penanaman kangkung Meredesain alat kerja telah berhasil mengurangi resiko ergonomi pada manufaktur garam dengan menggunakan metode analisis RULA (Arendra, 2020). Untuk mendukung proses otomasi agar faktor produksi dapat tercapai, diperlukan sistem kontrol (Rabbika, Nugraha, & Rohman, 2023). Berdasarkan penelitian penelitian yang telah dilakukan diatas telah membuktikan bahwa pengembangan pada alat kerja dapat meminimalisir resiko ergonomi, namun belum adanya implementasi terhadap industri penghasil tanaman kangkung.…”

Design of Smart Agricultural Systems Using MIT App and Firebase

“…The research conducted by Anes Inda Rabbika et al in 2023 is making a design for an IoT-based plant sprinkler control system. Some supporting software such as Blynk, which is used for remote control in this research, also uses system control using the web [9]. Then further research by Rahman Insani and Irawan Afrianto in 2023 explained in their study applying cloud computing technology in the agricultural sector, which is aimed at providing benefits and increasing farmer productivity; this is aimed at collecting and analyzing agrarian data, cloud computing is combined with the IoT concept, several Among those included in the research feature is to find out weather information, market conditions, pesticides, and groundwater quality information that is read by the sensor [10].…”