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All Journal J-Innovation Konsienti: Community Services Journal
Ridho Tri Rokhandi
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Smart Farming Automatic Irrigation System Berbasis Iot Dalam Optimalisasi Suplai Air Lahan Pada Perkebunan Di Desa Pondok Meja: Smart Farming Automatic Irrigation System Berbasis Iot Dalam Optimalisasi Suplai Air Lahan Pada Perkebunan Di Desa Pondok Meja Pebriani Daulay, Diana; Yogi; Ridho Tri Rokhandi
J-Innovation Vol. 13 No. 2 (2024): Jurnal J-Innovation
Publisher : Politeknik Aceh

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55600/jipa.v13i2.293

Abstract

The use of agricultural land in Pondok Meja Village has the potential to implement an automatic irrigation system based on the Internet of Things (IoT) to optimize water supply and support sustainable agriculture. This village is facing the problem of climate change which affects water availability and the practice of watering plants which is still done manually, as well as the community's lack of knowledge about IoT-based automatic irrigation technology. An automatic irrigation system using IoT can monitor and regulate soil moisture in real-time, which is very important for dragon fruit plants which require humidity between 70% and 90% to grow optimally. This technology works by automatically controlling the water pump to maintain soil moisture, using devices such as Arduino Uno R3, soil moisture sensor, water pump, relay module, 16x2 LCD, and jumper cables. The application of this technology aims to increase the efficiency of water use, as well as enable farmers to make more informed decisions in irrigation and plant care. Implementation of this system has been proven to not only increase water efficiency, but also contribute to increased crop yields and land health, making it an effective solution to modern agricultural challenges.
An Internet of Things (IoT)-Based Automatic Watering System Using Sprinklers for Water Efficiency in Kampung Baru Subdistrict Rahmat Bagus Febrian; Sindi Nisja Waruwu; Rohana Telaumbanua; Nurul Istiqamah; Vera Azikra Yorisa A; Evi Febriyanti Sitorus; Yoga Kurnia Wira Tambega; Dian Lestari Saputri; Ayu Saputri; Amaliya Tuti Anggraeni; Hamdany Maulana; Ridho Tri Rokhandi; M Indra Rizki Pratama; Deri Handrian Putra; Muhammad Robby Farhan
Konsienti : Community Services Journal Vol. 4 No. 1 (2026): Konsienti: Community Services Journal
Publisher : PT. TAKAZA INNOVATIX LABS

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.61536/konsienti.v4i1.397

Abstract

Abstract:Agriculture in Kampung Baru Village faces water management challenges due to labor-intensive and inefficient manual irrigation methods, especially on the 3.25 ha horticultural land of the Mekar Tani farmer group. This community service aims to implement an IoT-based automatic watering system using sprinklers with an ESP32 microcontroller and the Thinger.io application to improve water efficiency. Using action research with a participatory community development approach, a purposive sample of 20 farmers from five farmer groups (7,421 people) was taken. Instruments including soil moisture sensors, solenoid valves, sprinklers, and ESP32 integrated monitoring applications were analyzed using qualitative-quantitative descriptive techniques and water efficiency formulas. The results show significant water savings, soil moisture stability, optimal growth of horticultural crops (lettuce, mustard greens, kale, spinach, chilies, tomatoes), and increased farmer capacity through training. In conclusion, the IoT system provides a sustainable smart farming model that can be replicated in rural Jambi for food security.
Co-Authors Amaliya Tuti Anggraeni Ayu Saputri Deri Handrian Putra Dian Lestari Saputri Diana Pebriani Daulay Evi Febriyanti Sitorus Hamdany Maulana M Indra Rizki Pratama Muhammad Robby Farhan Nurul Istiqamah Rahmat Bagus Febrian Rohana Telaumbanua Sindi Nisja Waruwu Vera Azikra Yorisa A Yoga Kurnia Wira Tambega YOGI