INPE
Agency Report
Outline
„ Satellites
„ Planned
INPE’s Launching
Schedule
„ INPE’s
Facilities and Satellite
Reception Station
„INPE
SATELLITES
Data Collecting Satellites –
SCD 1 & SCD 2
„
The satellites SCD 1 & SCD 2 operate the Brazilian Data
Collecting System – for collecting environmental data
through data collecting platforms scattered around the
country.
PLATAFORMAS DE COLETA DE DADOS - SISTEMA SCD - DEZ/2.001
5
0
-5
-10
-15
-20
-25
-30
HIDROLÓGICA
262
METEOROLÓGICA
117
QUALIDADE D'ÁGUA
-70
-65
10
-60
-55
-50
-45
-40
-35
CBERS-2B Sensor Configuration
WFI 260 m (860 km)
PAN HRC 2,5 m (27 km)
CCD 20 m (120 km)
0.4
0.5
0.7
0.9
1.1
1.5
1.7
Successfully launched 19 September
2.1
2.3
Assembly of CBERS-2B at INPE
Distribution of CBERS Imagery (01/05/04 a 01/03/06)
Number of scenes distributed
(145 Mb/image)
Institutions
Scenes per week
Average recquired time
300.000
5.200
2.170
10 min
•Brasil and China agreed to grant a no-access fee of CBERS2-B to
African countries (direct downlink, real time).
•South Africa and Spain will use their ground stations to receive,
process and distribute CBERS data.
CBERS-2 CCD, Minas Gerais, Brazil
„Planned
INPE’s
Launching Schedule
PLANNED
PLANNED INPE’s
INPE’s LAUNCHING
LAUNCHING SCHEDULE
SCHEDULE
2010
CBERS-3
CBERS-3
2015
CBERS-4
CBERS-4
CBERS-5
CBERS-5
GPM
GPM
AMAZONIA-1
AMAZONIA-1
2020
EQUARS
EQUARS
MIRAX
MIRAX
SCD-3
SCD-3
MAPSAR
MAPSAR
CBERS-6
CBERS-6
EQUARS-2
EQUARS-2
SCD-4
SCD-4
AMAZONIA-2
AMAZONIA-2
AMAZONIA-3
AMAZONIA-3
MAPSAR-2
MAPSAR-2
CBERS 3 – 4 Sensor Configuration
WFI 73 m (860 km)
MSS 40 m (120 km)
CCD 20 m (120 km)
MUX 10 m (60 km)
PAN 5 m (60 km)
0.4
μm
0.5
0.7
Built by China
0.9
1.1
1.5
Built by Brazil
1.7
2.1
2.3
Multi-Mission Platform
Mass
Power Consumption
185 Kg
150W
Available power for the
payload
180W (80W during eclipse)
Orbit inclination
0 a 90
Orbit altitude
400 Km a 1500 Km
Stabilisation
3 axis
Remote Sensing Satellite – AMAZON 1
„
PMM equipped with CCD
camera and a data collecting
transponder.
„
Polar orbit.
„
Main applications:
Agriculture – Surveying of
cultivated areas and
productivity estimates;
Water resources –
monitoring of pollution in
coastal areas;
Disaster management.
AMAZON-1 optical payload
AWFI
0,45-0,52 B
Spectral bands ( μm)
Spatial resolution (m)
Swath (km)
Revisit period (days)
0,52-0,59 G
0,63-0,69 R
0,77-0,89 NIR
40
800
5
MAPSAR
subreflector, data downlink
antenna reflector
antenna feed horn
SAR payload
solar panel
MMP
MAPSAR payload
Parameters
Frequency
Polarization
Incidence interval
Spatial resolution
Swath
Orbit
Coverage
Look direction
Revisit period
Access to data
Add. requirements
L band
single, dual and quad polarization
20° – 45°
3 – 20 m
20 – 55 km
sun-synchronous
global
ascending/descending and left/right
weekly
near real time
Interferometry and stereoscopy
GPM-Tropical
LAUNCHING
CONFIGURATION
LIGHTNING DETECTOR
MICROWAVE RADIOMETER
Proposed GPM-Tropical - Satellite
„
Passive Microwave Sensor, Conical
Scanning of the type of GMI or MASDRAS
„
Lighting Detector
„
Equatorial orbit
Scientific Satellites
MIRAX
EQUARS
Monitoring of the
nucleus of our
Galaxy in the Xray region of the
spectrum.
Monitoring of the
Atmosphere
and Ionosphere in the
Equatorial Region
„INPE’s
Facilities and
Satellite Reception
Station and Products
Ministry of Science and Technology- MCT
National Institute of Space Research - INPE
São Luís
(MA)
Eusébio
(CE)
Natal
(RN)
Cuiabá
(MT)
Brasília
(DF)
São Martinho da
Serra (RS)
Santa Maria (RS)
Center for Weather Forecast and
Climatic Studies - CPTEC
Cachoeira
Paulista (SP)
São José dos Campos (SP)
Atibaia
(SP)
CRAAM
Satellite
(SP)
Cuiabá Satellite Facilities Center
and Environmental System
Division - DSA
INPE Satellite Reception Stations
CUIABÁ
CACH. PAULISTA
NOAA/HRPT
NOAA/
HRPT
NOAA/
HRPT
Geonetcast
AQUA-MODIS/AIRS/AMSU/AMSR
TERRA-MODIS
EUMETCast/
GOES/
MSG -HRIT SEVIRI
GVAR
To be installed this year – ENVISAT and METOP
„
Remote sensing Data and Products
VIS
IR
WV
3.9
GOES-10 Products
Thank You