SUB-SISTEM	KOMPONEN	SPESIFIKASI
Pemantauan	Satelit	Himawari-8
	Sistem Akuisisi Data Satelit	Himawari Cast
	Insitu	Automatic Weather Station (AWS) Davis PSTA-LAPAN, Radar Furuno (SANTANU)
	Indeks	Monsoon (APDRC), MJO (NCEP-NOAA), IOD (BOM), SOI (NCEI - NOAA), ONI (NCEP - NOAA)
Prakiraan	Aplikasi Model Prediksi	Weather and Research Forecasting (WRF) 3.9
Prakiraan	Daerah Potensi	Banjir (BMKG), Gerakan Tanah (BNPB)
Peringatan	Aplikasi Website	Produk Litbang Lapan
	Aplikasi Pemetaan	Mapbox
	Distribusi Informasi	Website, Email, SMS
Pendukung	Komputer/Sistem Operasi	PC Rackmount/Centos 7
	Pemrograman	Fortran, HTML, PHP, Java
	Jaringan Komunikasi	LAN, Internet

PARAMETER	KETERANGAN
Operator	Japan Meteorological Agency (JMA)
Tahun Peluncuran	2014
Orbit	Geostasioner
Posisi	140.7^o Bujur Timur
Ketinggian	35.800 Km di atas Katulistiwa
Instrumen Utama	Advanced Himawari Imager (AHI)
Panjang Gelombang	Visible (0,64 µm), Near Infrared/IR (0,86-0,23 µm), Infrared/IR (3,9-13,3 µm)
Resolusi	0,5 Km (Band 3), 1 Km (Band 4), 2 Km (Band 5-14)
Interval	10 menit
Format Data	High Rate Information Transmission (HRIT)

PARAMETER	KETERANGAN
Domain	Indonesia (90-140E 10S-10N), 400x1000 grids
Resolusi Spasial	5 Km², 31 Levels
Resolusi Temporal	1 jam
Panjang Prediksi	3 x 24 jam
Input	Global Forecasting System (GFS) 0.25 x 0.25^o
Inisialisasi	00.00 UTC, 06.00 UTC, 12.00 UTC, 18.00 UTC
Variabel	RAINC, RAINNC, CLDFRA, P, QVAPOR, SST, U, V, U10, V10
Skema Kumulus	Kain-Fritsch Scheme
Mikrofisika	WRF-Single-Moment 3-class Scheme
Boundary Layer	Yonsei University (YSU) Scheme
Radiasi	Longwave (LW) Scheme: RRTM, Shortwave (SW) Scheme: Dudhia
Surface Layer	MM5 Similarity Scheme
Land Surface	Noah Land Surface Model

PARAMETER	KETERANGAN
Komparasi	1 grid WRF (5 Km²) : 1 titik AWS
Verifikasi	Accuracy (ACC), Probability of Detection (POD), False Alarm Ratio (FAR), Threat Score (TS), Root-Mean-Square Error (RMSE)
Tabel Kontingensi	Hujan, Tidak Hujan