Akselerasi waktu pelaporan operasi irigasi menggunakan perangkat lunak berbasis web sistem manajemen operasi dan pemeliharaan irigasi (SMOPI)

Abstract

More efficient irrigation management is needed in the face of limited water availability and the increasing water requirements for other than agricultural sectors. This can be done by improving the accuracy of irrigation water through the optimizing of irrigation operation intervals. One effort which can be done is minimizing the time needed to report irrigation operation activities. using web-based application Irrigation Operations Management System (SMOPI). Research is conducted to identify the minimum time required for the reporting of irrigation operations, either manually or using SMOPI. The research was conducted as a case study in the Bondoyudo irrigation area by means of the collection of data through discussions and questionnaires as well as analysis of the time needed to report irrigation operation activities using the Critical Path Method. The result showed that the manual irrigation operations take 43 hours at the crop planning stage, 41 hours at the water delivery management, and 45 hours at the result recapitulation stage. The requirement of about 5 days at the implementation stage indicates that the operating interval of existing irrigation every 10 days is quite feasible. SMOPI is able to accelerate so that the operation time at the crop planning, water delivery management, and result recapitulation stage are 24.5 hours, 14 hours, and 31.5 hours. This indicates that SMOPI can be used to help shorten the interval of irrigation operations to support irrigation modernization. ABSTRAKPengelolaan irigasi yang lebih efisien saat ini sangat diperlukan dalam menghadapi ketersediaan air yang semakin terbatas dan kebutuhan air untuk selain sektor pertanian yang semakin meningkat. Hal ini dapat dilakukan dengan meningkatkan ketepatan pemberian air irigasi melalui optimalisasi interval operasi irigasi. Salah satu upaya yang dapat dilakukan adalah dengan meminimalisasi waktu pelaporan operasi irigasi menggunakan perangkat lunak berbasis web Sistem Manajemen Operasi Irigasi (SMOPI). Penelitian ini dilakukan untuk mengidentifikasi waktu minimal yang diperlukan untuk pelaporan operasi irigasi, baik secara manual ataupun menggunakan SMOPI. Penelitian ini dilakukan dalam bentuk studi kasus di Daerah Irigasi Bondoyudo melalui pengumpulan data dengan cara diskusi dan penyebaran kuesioner serta analisis waktu operasi menggunakan Critical Path Method. Berdasarkan hasil analisis, pelaporan operasi irigasi secara manual membutuhkan waktu 43 jam pada tahap perencanaan tanam, 41 jam pada tahap pengaturan pemberian air, dan 45 jam pada tahap rekapitulasi hasil. Kebutuhan sekitar 5 hari pada tahap pengaturan pemberian air mengindikasikan bahwa interval operasi irigasi eksisting setiap 10 hari cukup aman. Perangkat lunak SMOPI mampu mengakselerasi waktu operasi pada tahap perencanaan tanam, pengaturan pemberian air, dan rekapitulasi hasil masing-masing menjadi 24,5 jam, 14 jam, dan 31,5 jam. Akselerasi ini mengindikasikan bahwa SMOPI dapat digunakan untuk membantu mempersingkat interval operasi irigasi dalam upaya moderinasi...

Estimation of Irrigation Water Requirement for Land Preparation of Ricefield in Irrigation Modernization

“…The main problem of water conservation-oriented agricultural practices was increasing the efficiency of using rainfall and irrigation (Zheng et al, 2014). In an effort to save water to support Irrigation Modernization in Indonesia, one of the efforts that has been made was to minimize the reporting time of irrigation operations using the web-based software Irrigation Operations Management System (SMOPI) (Sofiyuddin & Rahmandani, 2019). The problem of irrigation modernization to speed up the decision-making period is not an easy one, especially during the tillage period because the relationship between water demand and time is not linear.…”