HORIZON 2020 The European Union's programme for Research and Innovation Open to the world!

Transcription

1 歓迎 かんげい HORIZON 2020 The European Union's programme for Research and Innovation Open to the world! Aviation Unit European Commission DG Research & Innovation

2 Horizon 2020 Aviation R&I WHAT is? Horizon Introduction - Three Pillars WHY Transport/Aviation? WHICH Aviation opportunities? - Goals - Work-programme - CleanSky, others WHY international cooperation? HOW to participate? WHERE & WHO to contact? - Drivers - Modalities - Past Examples - Opportunities - Practical directions

3 WHAT is Horizon 2020? World largest open R&I Program A single programme: 79 billion Funding Program for Research and Innovation ( ). A response to economic crisis by investing in future jobs and growth: Coupling research to innovation 'from research to retail' Addressing people's concerns about their livelihoods, safety and environment i.e. Focus on societal challenges : e.g. aging, clean energy and transport Open to participation by companies, universities and institutes in EU & beyond 2-Year Work Programmes, identifying research areas to be funded. Open to the world Open calls for proposals: International, independent peer-review 3

4 Three pillars for Horizon 2020 Covering whole innovation chain 4

5 WHAT is Horizon 2020? Three Pillars I. Excellent science European Research Council ( Million ) Supporting top researchers from anywhere in the world (for research in EU or in Associated countries). Future Emerging Technologies (2 696 Million ) Supports visionary thinking through collaborations between science and engineering. Marie Skłodowska-Curie actions (6 162 Million ) Training/career development, international exchanges. Research infrastructures (2 488 Million ) Access to world-class facilities (incl. e-facilities) Policy Research and Innovation 5

6 WHAT is Horizon 2020? Three Pillars II. Industrial technologies ( Million ) Information and Communication Technologies Nanotechnologies, Advanced materials, Biotechnology, Advanced manufacturing & processing 70 % of technical innovations hinge on new materials Space + Access to risk finance + Innovation in SMEs Policy Research and Innovation

7 WHAT is Horizon 2020? Three Pillars III. Societal challenges (funding in million) Societal changes 1310 Security 1695 Climate 3081 Health 7472 Transport 6339 Food 3851 Energy

8 Socio-economic Transport means, modes, systems, policy goals and societal challenges global competition Intelligent Transport Systems climate resilience Water Rail Road Urban Infrastructure security Air Logistics sustainability 8

9 Aviation Env. FlightPath 2050 How to get there with respect to 2000 Vision 2020 / 2050 CO2-50%/-75% NOx -80%/-90% Noise -50%/-65% Green design

10 Horizon2020 PPP Large initiatives Maturation in the Technology Readiness Level (TRL) range 1-6 with: Public Private Partnerships ( PPPs) + Horizon2020 Work program Energy Materials Space +beyond Aviation + Bottom-up approach for innovative technologies not covered by PPPs

11 Small Air Transport Evektor Piaggio Eco-Design Fraunhofer Gesellschaft Technology Evaluator (TE) German Aerospace Center (DLR) Clean Sky 2 Structure Vehicle Integrated Aircraft Demonstrator Platform s Fast Rotorcraft Agusta Westland Eurocopter Large Passenger Aircraft Airbus Regional Aircraft Alenia Aermacchi Airframe ITD Dassault EADS-CASA Saab Large Systems Integrated Technology Demonstrator s Engines ITD Safran Rolls-Royce MTU Systems ITD Thales Liebherr Building on Clean Sky, going further into integration at full aircraft level And developing new technology streams for the next generations of aircraft Clean Sky 2 Budget: billion EU funding + ~ Industrial contribution 11

12 Clean Sky 2 Topics spans over ITDs/IADPs: Power generation & management Electrical architectures Electrification of systems Environment Control Systems Anti-icing Cockpit design Smart actuators... + More Electric Aircraft Test rigs COPPERBird More Electric Aircraft Members and Partners' Know-How from previous EU FP R&T projects New Alternator E-ECS pack PROVEN + Thermal & Elec. Test rigs

13 International Drivers H2020 Aviation Research-Innovation Science & Technology: acquisition complementary to current local knowledge attract best minds (Marie Skłodowska-Curie actions) Global issues: tackling: needs as climate change, safety, security systems and infrastructure, interoperability public finances issues, regional assistance Market: attraction management of global supply chain R&T can be vector for market penetration pre-normative research for standardisation Policy Research and Innovation

14 EU-Japan Research & Innovation Cooperation Framework EU-Japan Science and Technology (S&T) agreement in force since 2011 EU-Japan Joint S&T Cooperation Committee: 2011, 2013, 2015 The Strategic Partnership Agreement includes an agreed article on the importance of enhanced Science & Technology and Innovation (STI) cooperation; and the negotiated Free Trade Agreement will boost STI cooperation and related issues of norms and standardisation.

15 EU-Japan Research & Innovation New Strategic Partnership More frequent and deep consultation at multiple levels: Summits, Joint S&T Committee, Senior Officials meetings, Task Force meetings, thematic dialogues Thematic cooperation in key strategic areas: ICT, aeronautics and materials (including critical raw materials); and new cooperation possibilities in health, energy, environment and high energy physics. Consolidate framework conditions that facilitate cooperation: Mechanisms for the joint funding of R&I projects (with JST first); enhancing mobility of researchers (ERC-JSPS and Marie Sklodowska-Curie Actions) Research and Innovation policy : e.g. Open Science. Support activities and public engagement: National Contact Points in Japan and outreach activities.

16 HOW to cooperate in Horizon 2020? International Cooperation OPENING (general + encouraged in some topics ).... MATCHING FUNDS MEXT / JST in some areas. SUPPORT ACTIONS (e.g. SUNJET II).. More focused & balanced COORDINATED CALLS... Co-participation = approx. 50/50 * Gov2Gov e.g. EU-JP (METI) WG on Civil Aero Research; Co-funding = each-side-pays-its-nationals Co-evaluation = peer review from both sides Increasing Scale & Scope Policy Research and Innovation RECIPROCITY Independent international experts as evaluators:

17 Horizon 2020 / FP7 Work-programme Past Examples Transport / Aviation: Japan-EU 2 nd coordinated call (M.G ) Japan-EU 1st coordinated call (2012) 3 FP7 projects Materials: Novel materials by design for substituting critical materials encouraged for Japan (2015) Japan-EU Superconductivity call (2011) 3 FP7 projects ICT: 2 coordinated calls with MIC/NICT in 5G, Internet of Things, Cloud, Big Data. Cyber Security dialogue. Space: Re-entry technologies (IRINA: CNES,DLR,JAXA & NASA).

18 Call Mobility for Growth (2015) Second EU-JP Coordinated Call Four specific areas of common interest one project per area started in 2016: Future passenger-friendly cabin architecture & systems (FUCAM) Lighter integrated heat exchanger systems for engines (SHEFAE 2) Efficient composite structure manufacturing & monitoring (EFFICOMP) Smarter flight control technologies for enhanced safety (VISION) More than 5 M EU Funding + equivalent from Japan. Call funding & planning by Commission (EU) and METI (JP). Project implementation (submission,evaluation, management) by agencies INEA (EU) and NEDO (JP). Research Innovation Actions 1 stage evaluation 18

19 First completed EU JP project FP7 HIKARI HIgh speed Key technologies for future Air transport - Research & Innovation cooperation. e.g. "Fly Brussels Tokyo in just 3 hours". Roadmaps: Economic & market impact, Environment, Fuel (H2), Propulsion, Thermal and Energy management. 2 years 2 M costs ( 1.37 M EU )

20 Ongoing EU JP project FP7 JEDI-ACE Japanese-European De-Icing Aircraft Collaborative Exploration. Integrated ice protection combining: passive anti-icing coating, active de-icing devices, ice sensors. Especially for composite wings. 3.5 years 1.8 M costs ( 1.33 M EU )

21 Ongoing EU JP project FP7 SHEFAE SURFACE HEAT EXCHANGERS FOR AERO ENGINES Surface cooler & composite mount structure to withstand extreme environmental conditions around core engine. Conventional parasitic surface coolers on outer wall bypass duct Rear Fan Case Oil to Air Surface Coolers Proposed surface cooler on inner wall of bypass duct, within a new composite structure Starboard Core Fairing replaced with Surface Cooler Mount Composite Structure 3 years 2.1 M costs ( 1.14 M EU )

22 Horizon 2020 (calls open Q3 2016) Transport / Aviation: Reducing aviation noise (MG , 20 M ): - At the source: technologies (aircraft/engine) - On ground: assessment & integrated management - Emerging global regulations (sonic boom, ICAO) ( International cooperation encouraged! ). Industrial technologies, incl. condition-based health sensing (MG ) Breakthrough innovation (MG ) Support actions incl. stimulation of international cooperation (tbc) (in MG ) Transport / Surface Opportunities (topic references) - Electric road transport (GV-04,-06,-07, ) + tbc

23 How does it work? Horizon 2020 Find a relevant H2020 call Find partner(s) Submit a proposal Get involved! 23 Policy Research and Innovation

24 Implementation principles multi-partner transnational consortia (in most cases) public calls for proposals competitive selection evaluation by independent experts upon: - excellence - impact - implementation quality Co-funding granted from Horizon2020 (& from third-countries for their participants) 24

25 WHERE to apply? WHOM to contact? Horizon 2020 & Participant Portal: European Commission DG Research & Innovation: Directorate Transport / Aviation unit (H3) International Cooperation: Pablo.Perez-Illana@ec.europa.eu FP7/FP6 Aeronautics Synopses Books (Coordinators and EC): Networks of National Contact Points (NCPs): In EU Member States to facilitate connections & activities. In JAPAN: ncp-japan@eu-japan.gr.jp EU Aeronautics R&I general info incl. video-presentations:

26 H2020 Aviation 歓迎 かんげい Collaborative R&I + International Cooperation + Step-changes = Better Planes for a Better Planet Good Cooperation. Thanks / Merci Danke ありがとうございます