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From low TRL to high TRL: a view in [email protected] Space Policy and Research Unit DG Enterprise and Industry

From low TRL to high TRL: a view in - DLR Portal · From low TRL to high TRL Bottom-up Space Technologies at low TRL 1) High-resolution optical and radar observation related technologies

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From low TRL to high TRL: a view in

[email protected]

Space Policy and Research Unit DG Enterprise and Industry

OUTLINE

• The ‘Space Technology’ in the WP 2014-2015 • The H2020 grants • From low TRL to high TRL

Horizon 2020 / Space

The ‘Space Technology’ in the WP 2014-2015

Applications and Services

Science

SMEs

Others

Technology

The ‘Space Technology’ in the WP 2014-2015

Applications and Services

Science

SMEs

Others

Technology

Indicative budgets in H2020 (2014/2015)

> 40%

> 45%

> 5%

7 % ( 20%)

< 3% Total budget 347.25 M€

The ‘Space Technology’ in the WP 2014-2015

The ‘Space Technology’ in the WP 2014-2015

Space Technology: Main topics

The ‘Space Technology’ in the WP 2014-2015

Space Technology: Main topics

17 M€

5 M€

0 to 8 M€

75 M€

8 M€

48 M€

The ‘Space Technology’ in the WP 2014-2015

The ‘Space Technology’ in the WP 2014-2015

14 M€

2 M€

12 M€

20 M€ 48 M€

The H2020 grants

• Research and Innovation Programme

• Fostering cooperation in Europe: - At transnational level - Between different actors

Horizon 2020

• Grants (not procurements) - Not overly prescriptive - Broad description of call topics - Bottom-up

• Open competition - No geo-return principle - Evaluation by independent experts

From low TRL to high TRL

From low TRL to high TRL

From low TRL to high TRL Bottom-up

Space Technologies at low TRL

2014 • Technologies around SENSORS (in situ & remote) • COMMUNICATIONS

2015 • ENERGY • MATERIALS • PRODUCTION techniques • MECHANISMS

From low TRL to high TRL Bottom-up

Space Technologies at low TRL

From low TRL to high TRL Bottom-up

Space Technologies at low TRL

1) High-resolution optical and radar observation related technologies (including hyperspectral systems) 2) Radiation-hardened instrument components 3) In-situ sensors/instruments of physical parameters 4) Technologies for flexible/new generation SatCom payloads 5) Advanced inter-satellite and/or downlink communications and tracking techniques RF or Optical

2014 / 5 M€

1) Energy storage 2) Energy production 3) Materials and structures 4) Additive layer manufacturing techniques 5) Mechanisms 6) Wireless power transmission 7) High performance and reliable electronics to boost on-board power 8) Thermal management systems

2015 / 7 M€ 24 months / 1 M€ (Indicative) Expected Impact Spinning of KETs Cross cutting Incorporation research groups and SMEs

From low TRL to high TRL In-Orbit Demonstration / Validation

2 M€ Studies

From low TRL to high TRL Independent Access to Space

2014 / 8 M€

2015 / 6 M€ 2 to 4 M€

Expected impact

The technological developments to be addressed must target either a breakthrough in technologies for accessing space or a relevant optimisation or cost reduction of the launch present propulsion systems in terms of fostering the European capabilities of accessing space.

From low TRL to high TRL

Technologies for European non-dependence and

competitiveness

FP7

FP7 / Space Call

Proposals submitted

Average score (100 max)

Projects selected

Average score (100 max)

Technologies in the call

COM Contribution

1st / 2007-8 14 61.2 1 83.3 2 1.8 M€ 2nd / 2009 29 68.1 7 91.0 2 10.7 M€ 3rd / 2010 24 71.8 8 88.3 28 13.2 M€ 4th / 2011 23 75.9 7 90.5 20 13.1 M€ 5th / 2012 ---- ---- ---- ---- ---- ---- 6th / 2013 33 79.7 9 94.1 17 22.3 M€

FP7 123 72.5 32 90.8 61.1 M€

From low TRL to high TRL

1) Application Specific Integrated circuits (ASCIS) for Mixed Signal Processing (U11) 2) Advanced thermal control systems (U2) 3) Space qualification of low shock non-explosive actuators (U1) 4) Alternative to Hydrazine in Europe (U5) 5) High density (up to 1000 pins and beyond) assemblies on PCB (U17)

2014

1) Advanced materials and material technology for combustion chambers (U4) 2) Fiber Optic gyro (FOG) based Inertial Measurement Unit (U6) 3) Power amplification: Travelling Wave Tube (TWT) materials (U7) 4) Passive components (U13) 5) Active discrete components (U14)

2015

Technologies for European non-dependence and

competitiveness

Excerpt.. updated for the 2014 Call of Horizon 2020

2 to 4 M€ ONE proposal per technology

From low TRL to high TRL

Horizon 2020

Thank you for your attention!

... an good luck

with the proposals!