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Sistem menggunakan mikrokontroler ESP32, sensor kelembaban tanah kapasitif, sensor DHT22, modul relay, dan platform Blynk. 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tujuan utama penelitian ini?","Question",{"text":61,"@type":62},"Merancang dan mengimplementasikan sistem irigasi cerdas berbasis IoT yang terintegrasi dengan Pranata Mangsa untuk mengoptimalkan efisiensi penggunaan air pertanian.","Answer",{"name":64,"@type":59,"acceptedAnswer":65},"Perangkat apa saja yang digunakan dalam sistem?",{"text":66,"@type":62},"Menggunakan mikrokontroler ESP32, sensor kelembaban tanah kapasitif, sensor DHT22, modul relay, serta platform Blynk untuk pemantauan dan kontrol jarak jauh.",{"name":68,"@type":59,"acceptedAnswer":69},"Bagaimana logika kontrol pompa bekerja berdasarkan data sensor?",{"text":70,"@type":62},"ESP32 memproses data sensor menggunakan kontrol berbasis ambang batas: pompa aktif saat kelembaban tanah turun di bawah 40% dan mati saat mencapai 70%, dengan respons kurang dari 5 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Bangun Smart Irigasi Berbasis IoT dengan Pendekatan Pranata Mangsa untuk Efisiensi Penggunaan Air  \nPertanian  \nMuhammad Akmal Maftuh 1*, Farid Ega Putra Aldiyansyah2, Dava Rahmat Zaky3, Revaldo Adi Wijaya4,  \nRudi Susanto5  \n1Teknik Informatika/Ilmu Komputer 2Teknik informatika/Ilmu Komputer 3Teknik Informatika/Ilmu Komputer  \n(Universitas Duta Bangsa) (Universitas Duta Bangsa) (Universitas Duta Bangsa)  \n1*[250103125@mhs.udb.ac.id](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)[ ](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)[ 2](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)[250103120@mhs.udb.ac.id](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)[ ](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)[ 3](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)[250103117@mhs.udb.ac.id](250103125@mhs.udb.ac.id  2250103120@mhs.udb.ac.id  3250103117@mhs.udb.ac.id)  \n4Teknik Informatika/Ilmu komputer 5Teknik Informatika/Ilmu Komputer  \n(Universitas Duta Bangsa) (Universitas Duta Bangsa)  \n[4](4250103129@mhs.udb.ac.id  5rudi_susanto@udb.ac.id)[250103129@mhs.udb.ac.id](4250103129@mhs.udb.ac.id  5rudi_susanto@udb.ac.id)[ ](4250103129@mhs.udb.ac.id  5rudi_susanto@udb.ac.id)[ 5](4250103129@mhs.udb.ac.id  5rudi_susanto@udb.ac.id)[rudi_susanto@udb.ac.id](4250103129@mhs.udb.ac.id  5rudi_susanto@udb.ac.id)  \nAbstrakt—Penelitian ini bertujuan merancang dan mengimplementasikan sistem irigasi cerdas berbasis Internet of Things (IoT) yang terintegrasi dengan kearifan lokal Pranata Mangsa untuk mengoptimalkan efisiensi penggunaan air pertanian. Metode yang digunakan adalah Research and Development (R&D) dengan tahapan analisis kebutuhan, perancangan sistem, implementasi perangkat keras dan lunak, serta pengujian sistem. Sistem dikembangkan menggunakan mikrokontroler ESP32 sebagai pusat kendali, sensor kelembaban tanah kapasitif, sensor DHT22, modul relay, serta platform Blynk sebagaiantarmuka pemantauan dan kontrol jarak jauh. Data sensor diproses oleh ESP32 menggunakan logika kontrol berbasis ambang batas (threshold) untuk mengaktifkan atau menonaktifkan pompa air secara otomatis, dengan mempertimbangkan informasi musim dari sistem Pranata Mangsa. Hasil pengujian menunjukkan bahwa sistem berhasil mengaktifkan pompasecara otomatis saat kelembaban tanah turun di bawah 40% dan mematikannya saat mencapai 70% dengan waktu respons kurang dari 5 detik. Sistem juga mampu menampilkan data sensor, informasi musim, dan status pompa secara real-time melalui LCD dan platform Blynk. Kesimpulan utama dari penelitian ini adalah sistem irigasi cerdas berbasis IoT yang dikembangkan berhasil bekerja sesuai spesifikasi. Sistem ini menawarkan solusi praktis dan terjangkau untuk mendukung pertanian presisi yang berkelanjutan dengan mengintegrasikan teknologi modern dan kearifan lokal Pranata Mangsa.  \nKata kunci—Irigasi Cerdas, Internet of Things, ESP32, DHT22, Pranata Mangsa, Pertanian Presisi.  \nAbstract—This study aims to design and implement an IoT-based smart irrigation system integrated with the local wisdom of Pranata Mangsa to optimize agricultural water use efficiency. The method used is Research and Development (R&D) with stages of needs analysis, system design, hardware and software implementation, and system testing. The system was developed using the ESP32 microcontroller as the control center, a capacitive soil moisture sensor, DHT22 sensor, relay module, and the Blynk platform as a remote monitoring and control interface. Sensor data is processed by the ESP32 using threshold-based control logic to automatically activate or deactivate the water pump, while considering seasonal information from the Pranata Mangsa system. Test results show that the system successfully activates the pump automatically when soil moisture drops below 40% and turns it off when it reaches 70% with a res","cbCaiuGUnxvAl66O","https://ap.wps.com/l/cbCaiuGUnxvAl66O","pdf",390056,7,"Indonesian","# I. PENDAHULUAN\n## Tantangan ketersediaan air dalam pertanian\n## Keterbatasan irigasi konvensional\n## Peluang sistem irigasi presisi berbasis IoT","[{\"question\":\"Apa tujuan utama penelitian ini?\",\"answer\":\"Merancang dan mengimplementasikan sistem irigasi cerdas berbasis IoT yang terintegrasi dengan Pranata Mangsa untuk mengoptimalkan efisiensi penggunaan air pertanian.\"},{\"question\":\"Perangkat apa saja yang digunakan dalam sistem?\",\"answer\":\"Menggunakan mikrokontroler ESP32, sensor kelembaban tanah kapasitif, sensor DHT22, modul relay, serta platform Blynk untuk pemantauan dan kontrol jarak jauh.\"},{\"question\":\"Bagaimana logika kontrol pompa bekerja berdasarkan data sensor?\",\"answer\":\"ESP32 memproses data sensor menggunakan kontrol berbasis ambang batas: pompa aktif saat kelembaban tanah turun di bawah 40% dan mati saat mencapai 70%, dengan respons kurang dari 5 detik.\"}]","Rancang Bangun Smart Irigasi Berbasis IoT dengan Pendekatan Pranata Mangsa - Efisiensi Penggunaan Air Pertanian | PDF"]