Program Studi Teknologi Rekayasa Mekatronika 2026

Mahasiswa : Bagas Andika Putra, Luthfi Aditya Wijaya

Pembimbing : F. O. Sanctos P. Tukan, S.T., M.Eng.

ABSTRAK/ABSTRACT

Sistem pendingin (chiller plant) merupakan komponen vital dalam operasional pusat data karena berfungsi menjaga stabilitas suhu perangkat yang bekerja secara intensif. Pada implementasinya, chiller plant biasanya terbagi menjadi beberapa fase (P-1, P-2, dan P-3), masing-masing dengan sistem pemantauan terpisah sehingga operator harus berpindah antarhalaman untuk mengawasi seluruh fase. Kondisi ini menimbulkan inefisiensi, meningkatkan risiko keterlambatan pengambilan keputusan, serta menyulitkan deteksi anomali secara menyeluruh. Penelitian ini bertujuan untuk merancang prototipe single Dasbor yang mengintegrasikan data monitoring dari setiap fase chiller plant berbasis Key Performance Indicator (KPI), sehingga seluruh informasi kinerja dapat ditampilkan dalam satu tampilan utama. Metode yang digunakan meliputi analisis kebutuhan, identifikasi parameter KPI yang penting, serta perancangan antarmuka dengan pendekatan Human–Computer Interaction (HCI). Hasil penelitian ini berupa desain Dasbor terpadu yang mampu menampilkan parameter operasional utama dari seluruh fase chiller plant, sehingga dapat mendukung pemantauan yang lebih efisien, akurat, dan responsif. Prototipe ini diharapkan menjadi acuan dalam pengembangan sistem pemantauan terintegrasi di pusat data.

Kata Kunci : Single Dasbor, Chiller Plant, Data Center, Monitoring System, Key

The cooling system (chiller plant) is a vital component in data center operations because it maintains stable temperatures for equipment operating at high intensity. In practice, the chiller plant is typically divided into several phases (P1, P2, and P3), each with a separate monitoring system, requiring operators to switch between pages to monitor all phases. This situation leads to inefficiencies, increases the risk of delayed decision-making, and makes it difficult to comprehensively detect anomalies. This study aims to design a single-dashboard prototype that integrates monitoring data from each phase of the chiller plant based on Key Performance Indicator (KPI), so that all performance information can be displayed on a single main screen. The methods used include needs analysis, identification of key KPI parameters, and interface design using a Human–Computer Interaction (HCI) approach. The results of this study are an integrated dashboard design that displays key operational parameters across all phases of the chiller plant, thereby enabling more efficient, accurate, and responsive monitoring. This prototype is expected to serve as a reference for the development of integrated monitoring systems in data center.

Keywords : Single Dashboard, Chiller Plant, Data Centers, Monitoring System,

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