kma’s geostationary meteorological satellite
DESCRIPTION
6 th GOES-R Users’ Conference Madison, Wisconsin, November 3 2009. KMA’s Geostationary Meteorological Satellite. Suh , Ae - Sook [email protected] Direct General of National Meteorological Satellite Center. Introduction of NMSC. Organization. Quota (43) Current (40). - PowerPoint PPT PresentationTRANSCRIPT
하늘을 친구처럼 국민을 하늘처럼하늘을 친구처럼 국민을 하늘처럼
KMA’s Geostationary Me-teorological Satellite
6th GOES-R Users’ ConferenceMadison, Wisconsin, November 3 2009
Suh, [email protected] General of
National Meteorological Satellite Center
하늘을 친구처럼 국민을 하늘처럼하늘을 친구처럼 국민을 하늘처럼
Introduction of NMSC
2World Best 365
하늘을 친구처럼 국민을 하늘처럼 3World Best 365
Organization
Direct general of National Meteorological Satellite
Center (1)
Satellite Development and Planning Division
Quota (14)Current (13)
Satellite System Oper-ation Division
Quota (16)Current (15)
Satellite Data Analysis Division
Quota (12)Current (11)
Quota (43)Current (40)
하늘을 친구처럼 국민을 하늘처럼 4
Gross area : 33,058 ㎡
Floor space : 6,923 ㎡(3 stories above ground & 1 below)
Period : 2005 ~2008
Expenses : 14.4 billion won
NMSC building construction
World Best 365
하늘을 친구처럼 국민을 하늘처럼 5
COMS Ground System for :
Antenna/RF
Data Pre-processing
Data Processing
Data Analysis
Data Dissemination
Integrated Monitor & Control
Job Management
Data Management
Data Communication
Satellite Monitoring
Application Development
World Best 365
하늘을 친구처럼 국민을 하늘처럼 6World Best 365
Current Status of COMS
하늘을 친구처럼 국민을 하늘처럼 7
COMS Development
Ka-band Antenna
MI
GOCI
Solar Array
Bus
MODCS S/L
band antenna
Period : 2003 ~ 2009(7 years) Expenses : 74.9 billion won / total 354.9 billion won Governmental Collaborator : MEST, MLTM, KCC Orbit : 128. 2E, geostationary orbit Mass/Lifetime : 2,500kg, 7-year
World Best 365
하늘을 친구처럼 국민을 하늘처럼
Milestone
World Best 365
Analysis on system requirementsLaunch& IOT Operation
Satellite Design & ReviewModules Assembly
Launch & IOT
Preliminary design
Critical design Platform Assembly Integration Test
System AssemblyIntegration Test
System design MI Test
MI delivery
Satellite System Assembly
System
Design
Review
Preliminary
Design
Review
Critical
Design
Review
Launch Kick-off Pre-Shipment
Review
2004 2005 2006 200820072003
Choose overseas
partners
NowManufacture
Readiness
Review
2010
Prepare the Launch
2009
하늘을 친구처럼 국민을 하늘처럼 9World Best 365
Baseline Products and Ser-vice Plan
COMS
Atmospheric motion vector
Outgoing Longwave Radiation
Upper Tropo-spheric Humid-
ity
Cloud Top Temperature
Land Surface Temperature
Cloud Detec-tion
Sea Surface Temperature
Snow/Sea Ice Detection
FogTropospheric Pre-cipitable Water
Cloud Analy-sis
Clear Sky Radia-tion
Aerosol Optical Depth
Insolation
Aerosol Index Rainfall Intensity
Animated Picture Ser-
vice
Validation
CMDPS development (16 products)
하늘을 친구처럼 국민을 하늘처럼 10World Best 365
Future Plan
하늘을 친구처럼 국민을 하늘처럼 11
Development of COMS follow-on
2016 COMS follow-on launch
Development of high performance meteorological instrument Feasibility study in the first half of 2009
World Best 365
하늘을 친구처럼 국민을 하늘처럼
Satellite data utilization roadmapMain areas 1st phase (3 years) 2nd phase (2 years) Objective
Satellite data assimilation
Aerosol /Asian dust retrieval algorithm development
Aerosol & Asian dust model coupling
Next generation satellite data selection
Next generation satellite data collection / analysis
T.q, cloud,rainfall retrieval algorithm development
Data assimilation technique selection
Aerosol data assimilation technique development
Data assimilation model validation
Data assimilation technique development & operation
Next generation satellite data application technique development
Regional model & satellite data assimilation
Land variables utilization using satellite data NWP results
accuracy Improvement using satellite
Satellite data quality control
Infrared/Visible sensor calibration technique operation
Calibration technique improvement, long-term data analysis & analysis using aircraft measurements
Production of High quality Satellite dataOperating the validation technique of Satellite
main products Data Collection for validation and
Validation of satellite products
Asian dust
Aerosol retrieval algorithm development
Aerosol optical depth retrieval
Analysis of solar occultation characteristic and aerosol effect
Aerosol global 3-dim distribution retrieval
Stratospheric aerosol retrieval
Stratospheric aerosol radiative forcing retrieval
Aerosol type retrieval Aerosol radiative forcing retrieval
Validation of Asian dust results Aerosol products accuracy improvement
Climate monitoring & process analysis
Investigation of Long term trend of climate factor variation & climate feedback
Climate change prediction & monitoring improvement
Effect of Global warming on water-cycle variation analysis
Space-based intercalibration technique development using Climate data
Satellite data collection & DB implementation
Analysis of Correlation between desertification monitoring & climate factor in E.Asia
Unexpected weather analysis due to warming
Global warming effect on climate system
Desertification effect on global climate change
Very short range forecasting
Typhoon & rainfall monitoring system development
Regional linear coefficient development & improvement using regional monitoring
Severe weather forecast using satellite
Atmospheric stability index development using satellite data
Severe weather detection forecast system building & improvement/ severe weather case study(rainy spell, typhoon)
하늘을 친구처럼 국민을 하늘처럼
Thank you