eumetsat programmes and future plans · 2020. 12. 15. · 1 eum/dg/vwg/20/1191556, v2, 23 september...

EUM/DG/VWG/20/1191556, v2, 23 September 20201

EUMETSAT Programmes and future plans

Alain Ratier

Director-General

30 September 2020

2 EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020

EUMETSAT: an intergovernmental organisation with 30 Member States

HUNGARY

BULGARIA

ICELAND

AUSTRIA BELGIUM

DENMARK FINLAND

FRANCE GERMANY GREECE

IRELAND ITALY

UNITED KINGDOMTURKEY

SWEDENSPAIN

PORTUGAL

NORWAYTHE NETHERLANDSLUXEMBOURG

CROATIA

POLAND

LATVIA

SLOVENIA

ROMANIA

CZECH REPUBLIC

LITHUANIA

ESTONIA

SLOVAK

REPUBLIC

SWITZERLAND


International cooperation framework

EUROPEAN METEOROLOGICAL INFRASTRUCTURE

http://vignette2.wikia.nocookie.net/crossfirefps/images/d/de/Eu-flag.gif/revision/latest?cb=20131115103350


Shared systems with the United States: Joint Polar System


Relative contributions to Day 1 forecast errors (FSOI)

Source: ECMWF

Metop-A & -B

Metop-C

NOAA JPSS/S-NPP

NOAA POES DMSP

Other Satellite Observations

In-Situ/Conventional Observations


Shared systems with the United States: Jason series

TOPEX-POSEIDON:1992-2006

JASON: 2001-2013

OSTM/JASON-2: 2008-2019

JASON-3: 2016 -

SENTINEL-6A MICHAEL FREILICH:

Launch: November 2020

SENTINEL-6B:

Launch planned in 2026

http://vignette2.wikia.nocookie.net/crossfirefps/images/d/de/Eu-flag.gif/revision/latest?cb=20131115103350http://vignette2.wikia.nocookie.net/crossfirefps/images/d/de/Eu-flag.gif/revision/latest?cb=20131115103350


EUMETSAT currently exploits 10 satellites

METOP-A, -B & -C (98.7° incl.)

LOW EARTH, SUN-SYNCHRONOUS ORBIT

EUMETSAT POLAR SYSTEM (EPS)

JASON-3 (63° incl.)

LOW EARTH, NON -SYNCHRONOUS ORBIT

OCEAN SURFACE TOPOGRAPHY MISSION, SHARED WITH CNES/NOAA/NASA/EU

METEOSAT-8 (41.5° E)

GEOSTATIONARY ORBIT

METEOSAT 2ND GENERATION PROVIDING IODC FROM UNTIL MID-2022

METEOSAT-9, -10, -11

GEOSTATIONARY ORBIT TWO-SATELLITE SYSTEM

METEOSAT 2ND GENERATION FULL DISC IMAGERY MISSION (15 MINS) (METEOSAT-11 @0°)RAPID SCAN SERVICE OVER EUROPE (5 MINS) (METEOSAT-10 @9.5° E)BACKUP SATELLITE AND GAP FILLER FOR RSS (METEOSAT-9 @3.5°E)

SENTINEL-3A & -3B (98.65° incl.)


COPERNICUS DUAL SATELLITE MARINE MISSION


9 satellites in 2022: Metop-A & Met-8 de-orbited, Sentinel-6 MF in orbit

METOP-A, -B & -C (98.7° incl.)



SENTINEL-3A & -3B (98.65° incl.)


COPERNICUS DUAL SATELLITE MARINE MISSION

JASON-3 & SENTINEL-6A MICHAEL FRELICH (63° incl.)

OCEAN SURFACE TOPOGRAPHY MISSION, SHARED WITH CNES/NOAA/NASA/EU

LOW EARTH, NON -SYNCHRONOUS ORBIT

METEOSAT-9 (45.5° E)

GEOSTATIONARY ORBIT

METEOSAT 2ND GENERATION PROVIDING IODC

METEOSAT -10, -11

GEOSTATIONARY ORBIT

METEOSAT 2ND GENERATION

TWO-SATELLITE SYSTEM

FULL DISC IMAGERY MISSION (15 MINS) (METEOSAT-11 @0°)RAPID SCAN SERVICE OVER EUROPE (5 MINS) (METEOSAT-10 @9.5° E)


EUMETSAT & NOAA programmes: phasing

• Meteosat SG: 2002 -

• GOES-R series: 2016 -

• MTG: 2022/2025 -

• GOES next gen: 2030

• M4G: 2040

• EPS/Metop: 2006 -

• Suomi-NPP/JPSS: 2011-

• EPS-SG/Metop-SG: 2023/2024 -


All MSG and Metop satellites are deployed and working

METEOSAT SECOND GENERATION

METEOSAT-8

METEOSAT-9

METEOSAT-10

METEOSAT-11


METOP-A

METOP-B

METOP-C

2025YEAR... 20242023202220212020201920182017201620152014201320122011201020092008200720062005200420032002

Metop-B launch

17 September 2012

Metop-A launch

19 October 2006

MSG-1

(Meteosat-8) launch

28 August 2002

MSG-2

(Meteosat-9) launch

21 December 2005

MSG-3

(Meteosat-10) launch

5 July 2012

MSG-4

(Meteosat-11) launch

15 July 2015

Metop-C launch

6 November 2018


Launch of 1 next-generation satellite per year in 2020-2025

Metop-SG A1

MTG-S1

Metop-SG B1

MTG-I2

MTG-I1

2022 2023 2024 2025 2026

SYS IV&V LC CAL/VALSIOV

MTG-I1 LAUNCH


METOP-SG A1 LAUNCH


MTG-S1 LAUNCH


METOP-SG B1 LAUNCH


MTG-I2 LAUNCH


Meteosat Third Generation: two types of MTG satellites

Imagery mission: MTG-I satellites

Full disc every 10 minutes in 16 spectral bands (MTG-I1)

Imagery of Europe every 2.5 minutes (MTG-I2)

Full disc Lightning Imager

Sounding mission: MTG-S satellites

IRS hyperspectral infrared sounder

Temperature, moisture profiles every 30 minutes (Europe)

Atmospheric chemistry:

Synergy IRS - Copernicus Sentinel-4

Operational exploitation: 2022-2042

EUM/DG/VWG/20/1191556, v2 Draft, 22 September 202013

Fast repeat Infrared sounding and imagery over Europe

4

3

2

1

LAC

every 30 min

every 3h00 min3 times every 30 min

Current baseline

IRS Hyperspectral sounding FCI Rapid-Scan Service: 2.5 mn


4D weather cube with MTG-I and MTG-S

EUM/DG/VWG/20/1191556, v2 Draft, 22 September 202015

Full disc coverage of Lightning imagery


EPS Second Generation: a two-satellite system

Three successive pairs of satellites:

Metop-SG A for optical imagery and

sounding

6 instruments, including

Sentinel-5 from

Copernicus

Metop-SG B for microwave imagery

5 instruments

Contribution to the Joint Polar System

(JPS) shared with NOAA

Operational exploitation: 2023 – 2044

Metop-SGB1

(2024)

Metop-SGA1

(2023)


EPS-SG mission capabilities

• Major improvements to all EPS observation missions

• Infrared and microwave sounding

• Optical imagery

• Scatterometer

• Radio-occultation (2)

• New imagery missions

• 3MI: first operational imaging polarimeter

• Microwave imager (MWI): imagery of precipitation

• Microwave Ice Cloud Imager (ICI): ice clouds


New measurements from EPS-SG

AEROSOLS CLOUD LIQUID WATER

CLOUD DROPLET RADIUS

PRECIPITATION

ICE CLOUD IMAGING (664 GHz)


EPS-SG regional mission for Nowcasting

30 º - 80º N & 65º W - 50º E

• Products disseminated within

15 to 30 minutes from sensing


Exploring further opportunities

• Scope expansions of EPS-SG programme: 2030-2040

• Additional capability

• Doppler Lidar for wind profiling: post-Aeolus

• 2-year study/design roadmap with ESA

• Review end of 2022, programme proposal in 2023

• Additional MW sounding capacity

• Small constellation: Arctic NWC and global NWP

• Complement to core capacity (ATMS, MWS, etc.)

• AWS micro-satellite developed by ESA: launch in 2023

• 5 Bands: 54 to 325 GHz

• Constellation study with ESA, programme proposal in 2023

• Pilot procurement of additional commercial RO data

HLOS


EUMETSAT in Copernicus

• Focus:

• Ocean monitoring

• Monitoring of atmospheric composition including GHG

• Data access and support to users

• Cooperation with ESA on development and operations

• Vision: deliver integrated data streams from Copernicus and

EUMETSAT missions


Dual Sentinel-3 marine mission


Combining Sentinel-3 and Jason for operational oceanography

and climate change monitoring


Copernicus Platform : a distributed, federative cloud platform


MTG-S/Sentinel-4 in GEO ring for air Quality

Sentinel 5 & 5P

Synergy for new products

Synergy with the instruments on the

EUMETSAT Meteosat Third

generation


Copernicus Sentinel-5 on EPS-SG/Metop-SGA


Coming next: Copernicus CO2M GHG monitoring mission

Satellite Overview:• Satellite mass: 1674 kg• Satellite Power: < 2300W• Payload data downlink: up to 1.8 Gbit/s (Ka-band)• Baseline launcher: VEGA-C

Payload overview:• CO2 and CH4 push-broom imaging spectrometer (CO2I)

• with embedded NO2 visible channel (NO2I)• Multi-Angle Polarimeter (MAP) for aerosol and light path

correction• Cloud Imager (CLIM) for cloud and cirrus detection

Orbit:• Type: SSO @ 11:30 LTDN• Altitude: 735 km• Repeat cycle: 11 days

Artist impression of a CO2M-Satellite. © OHB

Structure BookmarksSlideSpanEUM/DG/VWG/20/1191556, v2, 23 September 2020EUM/DG/VWG/20/1191556, v2, 23 September 2020EUM/DG/VWG/20/1191556, v2, 23 September 2020

111

FigureFigureEUMETSAT Programmes and EUMETSAT Programmes and EUMETSAT Programmes and future plans

Alain Alain Alain Ratier

DirectorDirector-General

30 September 202030 September 2020

SlideSpan222

EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020

EUMETSAT: an intergovernmental oEUMETSAT: an intergovernmental oEUMETSAT: an intergovernmental organisation with 30 Member States

FigureFigureFigureFigureHUNGARYHUNGARYHUNGARY

FigureFigureFigureFigureBULGARIABULGARIABULGARIA

ICELANDICELANDICELAND

FigureFigureFigureFigureAUSTRIAAUSTRIAAUSTRIA

FigureFigureFigureFigureBELGIUMBELGIUMBELGIUM

FigureFigureFigureDENMARKDENMARKDENMARK

FigureFigureFigureFINLANDFINLANDFINLAND

FigureFigureFigureFigureFRANCEFRANCEFRANCE

FigureFigureFigureFigureGERMANYGERMANYGERMANY

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureGREECEGREECEGREECE

FigureFigureFigureFigureIRELANDIRELANDIRELAND

FigureFigureFigureFigureITALYITALYITALY

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureUNITED KINGDOMUNITED KINGDOMUNITED KINGDOM

FigureTURKEYTURKEYTURKEY

FigureFigureFigureFigureFigureFigureSWEDENSWEDENSWEDEN

FigureFigureFigureFigureSPAINSPAINSPAIN

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigurePORTUGALPORTUGALPORTUGAL

FigureFigureFigureFigureFigureFigureFigureNORWAYNORWAYNORWAY

FigureFigureFigureFigureTHE NETHERLANDSTHE NETHERLANDSTHE NETHERLANDS

FigureFigureFigureFigureLUXEMBOURGLUXEMBOURGLUXEMBOURG

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureCROATIACROATIACROATIA

FigureFigureFigurePOLANDPOLANDPOLAND

FigureLATVIALATVIALATVIA

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureSLOVENIASLOVENIASLOVENIA

FigureFigureFigureFigureROMANIAROMANIAROMANIA

FigureFigureFigureFigureCZECH REPUBLICCZECH REPUBLICCZECH REPUBLIC

FigureFigureFigureFigureFigureLITHUANIALITHUANIALITHUANIA

FigureFigureFigureFigureESTONIAESTONIAESTONIA

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureSLOVAK SLOVAK SLOVAK REPUBLIC

FigureFigureFigureSWITZERLANDSWITZERLANDSWITZERLAND

SlideSpan333


International International International cooperationframework

FigureFigureFigureFigureFigureFigureFigureEUROPEAN METEOROLOGICAL EUROPEAN METEOROLOGICAL EUROPEAN METEOROLOGICAL

INFRASTRUCTURE INFRASTRUCTURE

FigureFigureFigureFigureFigureFigureLinkSpan

FigureFigureFigureFigureFigureFigure

SlideSpan444


Shared systems with the United States: Joint Polar SystemShared systems with the United States: Joint Polar SystemShared systems with the United States: Joint Polar System

FigureFigureFigureFigureFigureFigureFigureFigureFigure

SlideSpan555


Relative contributions to Day 1 forecast errors (FSOI)Relative contributions to Day 1 forecast errors (FSOI)Relative contributions to Day 1 forecast errors (FSOI)

FigureSource: ECMWFSource: ECMWFSource: ECMWF

FigureFigureFigureMetopMetopMetop-A & -B

MetopMetop-C

NOAA JPSS/SNOAA JPSS/S-NPP

NOAA POES DMSPNOAA POES DMSP

Other Satellite ObservationsOther Satellite Observations

InIn-Situ/Conventional Observations

FigureFigureFigureFigureFigureFigureFigure

SlideSpan666


FigureShared systems with the United Shared systems with the United Shared systems with the United States: Jason series

FigureFigureFigureFigureTOPEXTOPEXTOPEX-POSEIDON:1992-2006

FigureFigureFigureFigureFigureJASON: 2001JASON: 2001JASON: 2001-2013

FigureFigureFigureFigureFigureFigureOSTM/JASONOSTM/JASONOSTM/JASON-2: 2008-2019

FigureFigureFigureLinkSpan

FigureFigureFigureFigureJASONJASONJASON-3: 2016 -

FigureFigureFigureFigureLinkSpan

FigureFigureFigureSENTINELSENTINELSENTINEL-6A MICHAEL FREILICH:

Launch: November 2020 Launch: November 2020

FigureFigureSENTINELSENTINELSENTINEL-6B:

Launch planned in 2026Launch planned in 2026

SlideSpan777


EUMETSAT EUMETSAT EUMETSAT currently exploits 10 satellites

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureMETOPMETOPMETOP-A, -B & -C (98.7°incl.)

FigureSpanLOW EARTH, SUNLOW EARTH, SUNLOW EARTH, SUN-SYNCHRONOUS ORBIT

FigureSpanEUMETSAT POLAR SYSTEM (EPS) EUMETSAT POLAR SYSTEM (EPS) EUMETSAT POLAR SYSTEM (EPS)

JASONJASONJASON-3 (63°incl.)

FigureSpanLOW EARTH, LOW EARTH, LOW EARTH, NON -SYNCHRONOUS ORBIT

FigureSpanOCEAN SURFACE TOPOGRAPHY MISSION, OCEAN SURFACE TOPOGRAPHY MISSION, OCEAN SURFACE TOPOGRAPHY MISSION, SHARED WITH CNES/NOAA/NASA/EU

METEOSATMETEOSATMETEOSAT-8 (41.5°E)

FigureSpanGEOSTATIONARY ORBITGEOSTATIONARY ORBITGEOSTATIONARY ORBIT

FigureSpanMETEOSAT 2METEOSAT 2METEOSAT 2NDGENERATION PROVIDING IODC FROM UNTIL MID-2022

METEOSATMETEOSATMETEOSAT-9, -10, -11


FigureSpanTWOTWOTWO-SATELLITE SYSTEM

FigureSpanMETEOSAT 2METEOSAT 2METEOSAT 2NDGENERATION

FigureSpanFULL DISC IMAGERY MISSION (15 MINS) (METEOSATFULL DISC IMAGERY MISSION (15 MINS) (METEOSATFULL DISC IMAGERY MISSION (15 MINS) (METEOSAT-11 @0°)

RAPID SCAN SERVICE OVER EUROPE (5 MINS) (METEOSATRAPID SCAN SERVICE OVER EUROPE (5 MINS) (METEOSAT-10 @9.5°E)

BACKUP SATELLITE AND GAP FILLER FOR RSS (METEOSATBACKUP SATELLITE AND GAP FILLER FOR RSS (METEOSAT-9 @3.5°E)

SENTINELSENTINELSENTINEL-3A & -3B (98.65°incl.)


FigureSpanCOPERNICUSCOPERNICUSCOPERNICUSDUAL SATELLITE MARINE MISSION

Figure

SlideSpan888


9 satellites in 2022: 9 satellites in 2022: 9 satellites in 2022: Metop-A & Met-8 de-orbited, Sentinel-6 MF in orbit

FigureFigureFigureFigureFigureFigureFigureFigureMETOPMETOPMETOP-A, -B & -C (98.7°incl.)


FigureSpanEUMETSAT POLAR SYSTEM (EPS) EUMETSAT POLAR SYSTEM (EPS) EUMETSAT POLAR SYSTEM (EPS)

FigureSENTINELSENTINELSENTINEL-3A & -3B (98.65°incl.)


FigureSpanCOPERNICUSCOPERNICUSCOPERNICUSDUAL SATELLITE MARINE MISSION

FigureJASONJASONJASON-3 & SENTINEL-6A MICHAEL FRELICH (63°incl.)

FigureSpanOCEAN SURFACE TOPOGRAPHY MISSION, OCEAN SURFACE TOPOGRAPHY MISSION, OCEAN SURFACE TOPOGRAPHY MISSION, SHARED WITH CNES/NOAA/NASA/EU

FigureSpanLOW EARTH, LOW EARTH, LOW EARTH, NON -SYNCHRONOUS ORBIT

METEOSATMETEOSATMETEOSAT-9 (45.5°E)


FigureSpanMETEOSAT 2METEOSAT 2METEOSAT 2NDGENERATION PROVIDING IODC

METEOSAT METEOSAT METEOSAT -10, -11


FigureSpanMETEOSAT 2METEOSAT 2METEOSAT 2NDGENERATION

FigureSpanTWOTWOTWO-SATELLITE SYSTEM

FigureSpanFULL DISC IMAGERY MISSION (15 MINS) (METEOSATFULL DISC IMAGERY MISSION (15 MINS) (METEOSATFULL DISC IMAGERY MISSION (15 MINS) (METEOSAT-11 @0°)

RAPID SCAN SERVICE OVER EUROPE (5 MINS) (METEOSATRAPID SCAN SERVICE OVER EUROPE (5 MINS) (METEOSAT-10 @9.5°E)

SlideSpan999


EUMETSAT & NOAA programmes: phasingEUMETSAT & NOAA programmes: phasingEUMETSAT & NOAA programmes: phasing

•••••MeteosatSG: 2002 -

•••GOES-R series: 2016 -

•••MTG: 2022/2025 -

•••GOES next gen: 2030

•••M4G: 2040

•••EPS/Metop: 2006 -

•••Suomi-NPP/JPSS: 2011-

•••EPS-SG/Metop-SG: 2023/2024 -

SlideSpan101010


All MSG and Metop satellites are deployed and workingAll MSG and Metop satellites are deployed and workingAll MSG and Metop satellites are deployed and working

FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigureSpanMETEOSAT SECOND GENERATIONMETEOSAT SECOND GENERATIONMETEOSAT SECOND GENERATION

FigureSpanMETEOSATMETEOSATMETEOSAT-8




FigureSpanEUMETSAT POLAR SYSTEM (EPS)EUMETSAT POLAR SYSTEM (EPS)EUMETSAT POLAR SYSTEM (EPS)

FigureSpanMETOPMETOPMETOP-A

FigureSpanMETOPMETOPMETOP-B

FigureSpanMETOPMETOPMETOP-C

202520252025

YEAR...YEAR...YEAR...

202420242024

202320232023

202220222022

202120212021

202020202020

201920192019

201820182018

201720172017

201620162016

201520152015

201420142014

201320132013

201220122012

201120112011

201020102010

200920092009

200820082008

200720072007

200620062006

200520052005

200420042004

200320032003

200220022002

FigureFigureFigureFigureFigureMetopMetopMetop-B launch

17 September 201217 September 2012

MetopMetopMetop-A launch

19 October 200619 October 2006

MSGMSGMSG-1 (Meteosat-8) launch

28 August 200228 August 2002


21 December 200521 December 2005


5 July 20125 July 2012

FigureFigureFigureFigureFigureFigureMSGMSGMSG-4(Meteosat-11) launch

15 15 July 2015

FigureFigureMetopMetopMetop-C launch

6 November 20186 November 2018

SlideSpan111111


Launch of 1 nextLaunch of 1 nextLaunch of 1 next-generation satellite per year in 2020-2025

MetopMetopMetop-SG A1

MTGMTGMTG-S1

MetopMetopMetop-SG B1

MTGMTGMTG-I2

MTGMTGMTG-I1

FigureFigureFigureFigureFigureFigure202220222022

202320232023

202420242024

202520252025

202620262026

FigureFigureFigureFigureFigureFigureSpanSYS IV&VSYS IV&VSYS IV&V

FigureSpanLCLCLC

FigureSpanCAL/VALCAL/VALCAL/VAL

FigureSpanSIOVSIOVSIOV

MTGMTGMTG-I1 LAUNCH

FigureFigureSpanSYS IV&VSYS IV&VSYS IV&V

FigureSpanLCLCLC



METOPMETOPMETOP-SG A1 LAUNCH

FigureFigureFigureFigureFigureSpanSYS IV&VSYS IV&VSYS IV&V

FigureSpanLCLCLC



MTGMTGMTG-S1 LAUNCH

FigureFigureFigureFigureSpanSYS IV&VSYS IV&VSYS IV&V

FigureSpanLCLCLC



METOPMETOPMETOP-SG B1 LAUNCH

FigureFigureFigureFigureSpanSYS IV&VSYS IV&VSYS IV&V

FigureSpanLCLCLC



MTGMTGMTG-I2 LAUNCH

FigureFigure

SlideSpan121212


MeteosatMeteosatMeteosatThird Generation: two types of MTG satellites

FigureFigureImagery mission: MTG-I satellites

Full disc every 10 minutes in 16 spectral bands (MTG-I1)

Imagery of Europe every 2.5 minutes (MTG-I2)

Full disc Lightning Imager

Sounding mission: MTG-S satellites

IRS hyperspectral infrared sounder

Temperature, moisture profiles every 30 minutes (Europe)

Atmospheric chemistry:

Synergy IRS -Copernicus Sentinel-4

Operational exploitation: 2022-2042

Figure

SlideSpanEUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020

131313

Fast repeat Infrared sounding and imagery over EuropeFast repeat Infrared sounding and imagery over EuropeFast repeat Infrared sounding and imagery over Europe

FigureFigureSpan444

FigureSpan333

FigureSpan222

FigureSpan111

LACLACLAC

every 30 minevery 30 minevery 30 min

every every every 3h00 min

3 3 timesevery30 min

FigureSpanCurrent Current Current baseline

IRSIRSIRSHyperspectral sounding

FigureFigureFCI FCI FCI Rapid-Scan Service: 2.5 mn

SlideSpan141414


4D weather cube with MTG4D weather cube with MTG4D weather cube with MTG-I and MTG-S

FigureFigureFigureFigure

SlideSpanEUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020EUM/DG/VWG/20/1191556, v2 Draft, 22 September 2020

151515

Full disc coverage of Lightning imagery Full disc coverage of Lightning imagery Full disc coverage of Lightning imagery

FigureFigure

SlideSpan161616


EPS Second Generation: a twoEPS Second Generation: a twoEPS Second Generation: a two-satellite system

FigureThree successive pairs of Spansatellites:

LLLILBodySpanSpanMetopSpan-SpanSG Afor optical imagery and sounding

LLLLLILBodySpanSpan6 instruments, including Sentinel-5 from Copernicus

LILBodySpanSpanMetopSpan-SpanSG Bfor Spanmicrowave imagery

5 instruments

LILBodySpanSpanContribution Spanto the Joint Polar System (JPS) shared with NOAA

Operational exploitation: 2023 –2044

MetopMetopMetop-SGB1

(2024)(2024)

MetopMetopMetop-SGA1

(2023)(2023)

SlideSpan171717


EPSEPSEPS-SG mission capabilities

••••••Major improvements to all EPS observation missions

••••Infrared and microwave sounding

•••Optical imagery

•••Scatterometer

•••Radio-occultation (2)

•••New imagery missions

••••3MI: first operational imaging polarimeter

•••Microwave imager (MWI): imagery of precipitation

•••Microwave Ice Cloud Imager (ICI): ice clouds

SlideSpan181818


New measurements from EPSNew measurements from EPSNew measurements from EPS-SG

FigureAEROSOLS AEROSOLS AEROSOLS

FigureCLOUD LIQUIDCLOUD LIQUIDCLOUD LIQUIDWATER

FigureCLOUD DROPLET RADIUSCLOUD DROPLET RADIUSCLOUD DROPLET RADIUS

PRECIPITATIONPRECIPITATIONPRECIPITATION

FigureICE ICE ICE CLOUD IMAGING (664 GHz)

Figure

SlideSpan191919


EPSEPSEPS-SG regional mission for Nowcasting

FigureFigure30 º 30 º 30 º -80º N & 65º W -50º E

•••••Products disseminated within

15 15 to 30 minutes from sensing

SlideSpan202020


Exploring further opportunitiesExploring further opportunitiesExploring further opportunities

•••••Scope expansions of EPS-SG programme: 2030-2040

••••Additional capability

••••Doppler Lidar for wind profiling: post-Aeolus

•••2-year study/design roadmap with ESA

•••Review end of 2022, programme proposal in 2023

•••Additional MW sounding capacity

••••Small constellation: Arctic NWC and global NWP

•••Complement to core capacity (ATMS, MWS, etc.)

•••AWS micro-satellite developed by ESA: launch in 2023

•••5 Bands: 54 to 325 GHz

•••Constellation study with ESA, programme proposal in 2023

•••Pilot procurement of additional commercial RO data

FigureFigureFigureFigureHLOSHLOSHLOS

FigureSpanTextboxPSpan

Figure

SlideSpan212121


EUMETSAT in Copernicus EUMETSAT in Copernicus EUMETSAT in Copernicus

•••••Focus:

••••Ocean monitoring

•••Monitoring of atmospheric composition including GHG

•••Data access and support to users

•••Cooperation with ESA on development and operations

•••Vision: deliver integrated data streams from Copernicus and EUMETSAT missions

SlideSpan222222


Dual SentinelDual SentinelDual Sentinel-3 marine mission

FigureFigureFigureFigureFigureFigureFigure

SlideSpan232323


Combining SentinelCombining SentinelCombining Sentinel-3 and Jason for operational oceanography and climate change monitoring

FigureFigureFigureFigure

SlideSpan242424


Copernicus Platform Copernicus Platform Copernicus Platform : a distributed, federative cloud platform

Figure

SlideSpan252525


MTGMTGMTG-S/Sentinel-4 in GEO ring for air Quality

FigureSentinel 5 & 5PSentinel 5 & 5PSentinel 5 & 5P

Synergy for new productsSynergy for new productsSynergy for new products

Synergy with the instruments on the Synergy with the instruments on the Synergy with the instruments on the EUMETSAT MeteosatThird generation

FigureFigure

SlideSpan262626


Copernicus SentinelCopernicus SentinelCopernicus Sentinel-5 on EPS-SG/Metop-SGA

Figure

SlideSpan272727


Coming next: Copernicus CO2M GHG monitoring missionComing next: Copernicus CO2M GHG monitoring missionComing next: Copernicus CO2M GHG monitoring mission

Satellite Overview:Satellite Overview:Satellite Overview:

••••Satellite mass: 1674 kg

•••Satellite Power: < 2300W

•••Payload data downlink: up to 1.8 Gbit/s (Ka-band)

•••Baseline launcher: VEGA-C

Payload overview:Payload overview:

••••CO2 and CH4 push-broom imaging spectrometer (CO2I)

••••with embedded NO2 visible channel (NO2I)

•••Multi-Angle Polarimeter(MAP) for aerosol and light path correction

•••Cloud Imager (CLIM) for cloud and cirrus detection

Orbit:Orbit:

••••Type: SSO @ 11:30 LTDN

•••Altitude: 735 km

•••Repeat cycle: 11 days

Artist impression of a CO2MArtist impression of a CO2MArtist impression of a CO2M-Satellite. © OHB

eumetsat programmes and future plans · 2020. 12. 15. · 1 eum/dg/vwg/20/1191556, v2, 23 september...

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