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Bridging the Space Divide in Emerging Countries
Filling the Space Gap in Emerging
Countries
Opportunities and Challenges
Driss. EL HADANI
Royal Centre for Remote Sensing
Morocco, Marrakech, 24 April 2019
CRTS
26/11/2019 2Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
1700s Financial
Revolution
1800sIndustrial
Revolution
1900s
Space
Era
2000sInformation
age
2020sAge of
Connectivity
Transition Sequence
2030s?Age of AI
26/11/2019 3Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
TREND # 1
• Globalization of the space sector is accelerating
26/11/2019 4
Space Actors and Expenditures in the World
1990 = 15 pays
11 Agences
Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Source : Euroconsult
26/11/2019 5
Contenu2003 = 37 PAYS
Space Actors and Expenditures in the World
4 Agences
Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Source : Euroconsult
Maroc
26/11/2019 6
2013 = 58 PAYS
Space Actors and Expenditures in the World
2018 = 80+ PAYS
Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Source : Euroconsult
26/11/2019 7Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
TREND # 2
• Growing perception of the usefulness of space
26/11/2019 8Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Growing perception of the usefulness of space
– National Prestige and political advantage
26/11/2019 9Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Growing perception of the usefulness of space
– National Prestige and political advantage– Societal benefits :Many of the socio-economic impacts from
space investments are becoming more visible
26/11/2019 10Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
EO catalytic benefits – European Case studies examples (Source UE, 2014)
Area Description value Year
Improved weather forecasts ~ 580 to 1470 Mln Euro (Uk economy alone) 2006
Increase efficiency in natural disaster management cycle (conservative estimate, large EO programme)
Reduction of 1% in damages a year = ~ 100 MlnEuro/year (Europe Wide)
2010
(Increased knowledge of climate change variables, case study sea level rise) Reduction of 25% of uncertainly on climate change/sea level forecasts= saving in coastal
protection of ~ 90-100 Mln Euro/year (Europe wide)
2008
(Increased efficiency in sea resources monitoring case study France fish stock) Reduction of 90% of cases of illegal fishing in 1 yearfrom start of service
(French EEZ, specific areas)
2005
(Increased efficiency in detecting fraudulent behaviors, and ensure sustainable land exploitation, case study EU CAP subsidies )
Reduction of frauds from 2% to 0.02%of CAP budget = ~ 1bln Euro/year
Incl. EO satellite contribution (Europe wide)
206-2010
(Increased operational efficiency in Oil spill monitoring, case study CleanSeaNet Reported costs saving in operations ~ 25Mln Euro/year (EMSA Opex)
2007-2011
(Acquisition of sensitive VHR data for usage for defense and security Strategic access to sensitive data to plan militaryoperations
Current
Increase efficiency in precision agriculture, case study Farmstar ) Cost saving in Nitrogen fertiliser and increase in cropyield leading to a net economic benefit ≥ 5 Euro per
hectare of wheat (EU adopters)
2003-Current
(Improved ocean currents modelling for in route vessel optimization) Cost saving in vessel fuel for ~ 4% in average up to 8% (EU adopter)
2011
(Increased efficiency in identification of oil & gas reservoirs and monitoring of oil pipelines) Cost reduction to identity new reservoirs, costsaving in monitor pipelines and in , etc
Current
Meteo
Disaster Mngt
Climate Change
Environment monitoring
Defense
Agriculture
Maritime
Oil & Gas
26/11/2019 11Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Growing perception of the usefulness of space
– National Prestige and political advantage
– Societal benefits
– Agent of economic growth and development
26/11/2019 12Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Growing perception of the usefulness of space
– National Prestige and political advantage– Societal benefits– Agent of economic growth and development
• Cost saving in doing the same things more efficiently.
• Delivery of new products/services producing greater value in the use of resources required to deliver them.
• Dynamic saving within and across sectors of the economy (productivity and efficiency gains).
• Lower costs for governments and regulators in managing environmental, health and social services…
• Better environmental, health and social out comes with resources available.
26/11/2019 13Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Typology of socio-economic impacts derived from institutional space investments (Source OCDE, 2014)
Possible impacts Description
Commercial activities: new products and services
● Space industry: new line of commercial activities, new exports contracts (e.g. small satellites, equipment, components)§- Spaceeconomy: new mass market products and services using satellitecapacities (e.g. actors using satellite positioning signals in carnavigation products)§- Other economic sectors: new products basedon transferred technologies (e.g. medical imagery)
Productivity/efficiency gains in diverse economic sectors
● Applicative sectors with documented cases: precision farming,fisheries, land transport…
Costs avoidances ● Public-good nature of many applications: e.g. costs avoided andlived saved thanks to flood forecasts
26/11/2019 14Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
National assessments of economic returns from space programmes (Source OCDE, 2014)
Country Selected Findings
Belgium 1 Euro : 1.4 Euros (2010)
Denmark 1 Euro : 3.7 up to 4.5 Euros (2008)
Ireland 1 Euro : 3.63 (2012)
Norway 1 Krone: 4.75 Kroner (2013)
Portugal 1 Euro : 2 Euros (2011)
United Kingdom 1 Pound : 1.91 Pound (2010)
26/11/2019 Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS) 15
Global Space Economy (2016) (source : Bryce space and Technology LLC, 2017)
In 2017 the Global Space Economy reached $385 B
26/11/2019 16
Global Space Economy ($t)$2.0t
$1.75 (x5)
$1.5t
$1.10 (x3)$1.0t
$0.35 $0.62 (x1,7)
$0.0t
$0.5t
20
15
20
16
20
17
e2
01
8e
20
19
e2
02
0e
20
21
e2
02
2e
20
23
e2
02
4e
20
25
e2
02
6e
20
27
e2
02
8e
20
29
e2
03
0e
20
31
e2
03
2e2
03
3e
20
34
e2
03
5e2
03
6e
20
37
e2
03
8e2
03
9e
20
40
e
Bull Case Global Space Economy Bear Case
Une évolution soutenue pour les 20 prochaines années
Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Source : satellite Industryassociation
26/11/2019 17
The Structure of the Space Value Chain
UPSTREAM DOWNSTREAMMIDSTREAM
•Manufacture of space
infrastructure and related
subsystems and components
•Launch services
•Programme management
•Satellite operation
•Lease/ sale of satellite
capacity and data
•Support activities (dishes,
satphones, , etc..)
•Data storage, processing
and dissemination
•Space infrastructure
exploitation
•Provision of space-based
products and services to end
users
.
30% 10% 60%
Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
26/11/2019 18Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
The spin-offs from space investments
26/11/2019 19Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
The spin-offs from space investments
ESA Business Incubation Centres (ESA BICs)
- healthcare products- improved waste management- water recovery - Transportation- Etc…
26/11/2019 20Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Growing perception of the usefulness of space
– National Prestige and political advantage
– Societal benefits
– Agent of economic growth and development
– Potential for Profitability
26/11/2019 21Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
TREND # 3
• Increasing Maturity and Falling Cost of Technology
26/11/2019 22Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Increasing Maturity and Falling Cost of Technology
– Information and Communications Technology advances
– Other Technological Advances in areas such as miniaturization, power system improvements, advanced materials, 3D printing, and sensors,…
26/11/2019 23Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
TREND # 4
• Changing National Policies
26/11/2019 24Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Changing National Policies
– Export Controls
26/11/2019 25Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
Changing National Policies
– Export Controls
– Policies to Promote Domestic Industry
26/11/2019 26Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
TREND # 5
• Space offers an unparalleled instrument to overcome global challenges
26/11/2019 27Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
TREND # 6
• Space is an enabler of the economic transition
26/11/2019 28Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
CHALLENGE # 1
• Create the right “Business Model”
26/11/2019 29Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
CHALLENGE # 2
• Continued ascendancy of consumer/commercial interests.
26/11/2019 30Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
CHALLENGE # 3
• Difficult to manage the space sector top-down.
26/11/2019 31Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
CHALLENGE # 4
• Declining asymmetric control for traditional leaders.
26/11/2019 32Driss. EL HADANI Centre Royal de Télédétection Spatiale (CRTS)
CHALLENGE # 5
• Complex global governance.
Pillars of Space Development for emerging countries
Pillar # 1
• Resourcing
Pillars of Space Development for emerging countries
Pillar # 1
• Resourcing
Pillar # 2
• Capabilities
Pillars of Space Development for emerging countries
Pillar # 1
• Resourcing
Pillar # 2
• Capabilities
Pillar # 3• Governance
26/11/2019 36Driss. EL HADANI Centre Royal de Télédétection Spatiale
(CRTS)
GLEC 2019
Space for Emerging CountriesMarrakech 24 – 26 April 2019
Filling the Space Gap in Emerging Countries
Opportunities and Challenges
D. EL HADANI
Royal Centre for Remote Sensing
CRTS