SPACE IN HORIZON 2020

Transcripción

1 SPACE IN HORIZON 2020 ONLY SPACE TECHNOLOGY RELATED TOPICS Jornada Space Technology R&D funding opportunities CDTI, 15 Julio de 2015 Cristina Garrido División de Programas de la UE CDTI

2 Contenido Índice Espacio en Horizon 2020 WorkProgramme Información de interés

3 Horizon 2020 Programa Marco de Investigación e Innovación ( ). Total budget: M Excellent Science European Research Council (ERC) Future and Emerging Technologies (FET) Marie Skłodowska-Curie actions on skills, training and career development European research infrastructures M ICT Nanotechnology Biotechnology Advanced Materials Advanced Manufacturing & Processing Space Industrial Leadership Access to Risk Finance Innovation in SMEs Societal Challenges Health, demographic change and wellbeing Food security, sustainable agriculture and forestry, marine and maritime and inland water research and the bioeconomy; Secure, clean and efficient energy; Smart, green and integrated transport; Climate action, environment, resource efficiency and raw materials Europe in a changing world-inclusive, innovative and reflexive societies Secure Societies: Protecting freedom and security of Europe and its citizens 3

4 Horizon 2020 Espacio Satellite navigation Earth Observation Protection of European assets GALILEO EO PROTEC Space Technologies Space Science Space Exploration COMPET International Cooperation SME Instrument Fast track innovation 4

5 Space Imprescindible!!! Leer el apartado Conditions for this call de cada uno de los bloques 5

6 Satellite Navigation (I) Other Actions Activity 1 - Galileo Evolution, mission and services R&D Tenders managed by Commission (DG GROW) Activity 2 EGNOS* Evolution, mission and services R&D Tenders managed by Commission (DG GROW) Innovative mission concepts Public Regulated Service Search and Rescue Open Service Safety of life Service EGNOS Data Access Service (EDAS) 2016 EGNOS further evolution Activity 4 - GNSS Evolution, infrastructure R&D Tenders managed by ESA Galileo 2G phase B (system, satellite, payload and ground) GNSS general Research and Technology GNSS System Studies and Validation activities GNSS Science and Education * European Geostationary Navigation 6 Overlay Service

7 Satellite Navigation (II) Other Actions Activity 12 - Galileo Evolution, mission and services R&D Tenders managed by Commission (DG GROW) Activity 13 - EGNOS Evolution, mission and services R&D Tenders managed by Commission (DG GROW) Innovative mission concepts Commercial Service Signals evolution Open Service Safety of life Service EGNOS Data Access Service (EDAS) 2017 EGNOS further evolution Activity 16 - GNSS Evolution, infrastructure R&D Tenders managed by ESA Galileo 2G phase B (system, satellite, payload and ground) GNSS general Research and Technology GNSS System Studies and Validation activities GNSS Science and Education 7

8 Protection of European Assets in and from space Other Actions Activity : Space Surveillance and Tracking (SST) contribution to the support Framework Activity : Improving the performances of SST at European level Activity : Space Surveillance and Tracking (SST) contribution to the support Framework 2016 SST Activity : Improving the performances of SST at European level Call for proposals 2017 PROTEC : Space Weather 8

9 Protection of European assets in and from space Other Actions Space Survaillance and Tracking (SST) contribution to the Support Framework Establishment and operation of a sensor function consisting of a network of ground-based or space-based existing national sensors to survey and track space objects Establishment and operation of a processing function to process and analyse the SST data captured by the sensors, including the capacity to detect and identify space objects,and to build and maintain a catalogue thereof Setting up and operation of a service function to provide SST services to spacecraft operators and public authorities Improving the performances of SST at European level Support the emergence of a European SST service built on a network of existing SST assets, notably sensors (radars and telescopes) owned by Member States Provide support to the upgrading and development of additional assets, in particular radars and telescopes, to improve the overall performance of the SST services 9

10 Protection of European assets in and from space PROTEC : Space Weather (SWE) There is a lack of understanding the effects of space weather on spacecrafts, payloads and living organisms in space, and also on ground-based infrastructures Enhanced understanding of space weather and its impact Address SWE effects/impacts/mitigation with application to space and ground systems Proposals can cover the full range of SWE phenomena from the solar cycle Cooperation with international partners (third country entities could benefit from EU funding) 10

11 Competitiveness of Space Technology (I) COMPET : Technologies for European non-dependence and competitiveness U14 - Active discrete components U18 - Enhanced performance and space qualified detectors U20 - Very high performance microprocessors U22 - ASICs : Deep Sub-Micron (DSM) U19 - High speed DAC-ADC N27 - RF components COMPET : Maturing satellite communication technologies 2016 COMPET : In-Space electrical propulsion and station keeping COMPET : Space Robotics Technologies Strategic Research Clusters (SRC) 11

12 Competitiveness of Space Technology in 2016 COMPET : Technologies for European non-dependence and competitiveness List of actions for : high level specifications and key requirements Borrador - COMPET : Maturing satellite communication technologies Target to demonstrate technologies up to TRL 6 Advanced communication technologies for feeder or service links Photonics technologies Active antennas building blocks Flexible repeater Reconfigurable coverages, interference mitigation techniques, etc New generation of waveforms and related protocols End to end system enablers in telecommunications 12

13 Competitiveness of Space Technology in 2016 COMPET : SRC In-space electrical propulsion and station-keeping Detailed description provided in the reference document ( Guidelines ) a) Incremental technologies b) Disruptive technologies COMPET : SRC Space Robotics Technologies Detailed description provided in the reference document ( Guidelines ) a) Space Robot Control Operating System b) Autonomy framework Time/Space/Resources planning and scheduling c) Common data fusion framework d) Inspection Sensor Suite e) Modular interfaces for Robotic handling of Payloads f) Validation Platforms and Field Tests 13

14 Competitiveness of Space Technology (II) COMPET : Technologies for European non-dependence and competitiveness U09 - Cost-effective multi-junction solar cells for space applications U16 - Space qualified GaN components and demonstrators U17 - High density (up to 1000 pins and beyond) assemblies on PCB and PCBs U21 - Very high speed serial interfaces U23 - Development of large deployable structures for antennas U26 - Space qualified carbon fibre and pre-impregnated material sources for launchers and satellites COMPET : Competitiveness in Earth Observation mission technologies COMPET : High speed data chain

15 Competitiveness of Space Technology in 2017 COMPET : Technologies for European non-dependence and competitiveness List of actions for : high level specifications and key requirements Borrador - COMPET : Competitiveness in EO mission technologies Develop technologies up to TRL 6, not excluding lower TRLs Optical technologies for high precision sensing Detector technology Space sensors, atmospheric sounders, technology and mission concepts for high resolution emission measurements Active antennas for radar, digital beam-forming and waveform generation, large deployable reflectors Optical and SAR sensors AOCS and GNC Technologies to advance in fractionated systems and formation flying for EO 15

16 Competitiveness of Space Technology in 2017 COMPET : High speed data chain High speed data handling, processing and transfer Faster processing, larger storage and high bandwidth transmissions Main focus on EO and Telecommunication, with applications also in Science and Exploration Re-configurable high data rate links On-board data processing, complex data algorithms On-board data compression systems to improve data storage High data rate image (optical and radar) and video processing Improved on-board data storage Evolution of ground segment to cope with higher data rates Innovative architectures addressing new ICT technologies, including cloud, in the Big Data domain (IaaS, SaaS, PaaS) Social media and mobile applications, to promote the widest dissemination and exploitation of EO data 16

17 Space Exploration and Science COMPET : Scientific instrumentation

18 Space Exploration and Science COMPET : Scientific instrumentation For science and exploration missions (including planetary exploration missions) Enabling increased cooperation between scientists, engineering teams, industry and SMEs Scientific instrumentation = mission payloads that perform scientific tasks From concepts to breadboarding and prototype demonstration Novel and advanced technologies New sensors and other sub-systems that may be used in scientific instrumentation Planned and future European missions, collaboration in the context of third country missions 18

19 Inducement prize Low cost access to space for small satellites

20 Inducement prize in 2019 Low cost access to space for small satellites To provide an innovative yet implementable, affordable and financially sustainable complete launch system to deliver payloads up to 500 kg to LEO orbit Contest launched in 2019; deadline for submission in first quarter 2020 Specific award criteria will be published in the rules of the contest to be published on the Participant Portal Common Rules of Contest for Prizes - in part F of the General Annexes of the WorkProgramme Demonstrated applicability of the proposed solution in relevant environment (in a scale that includes subsystem ground testing, significant system demonstrator testing, suborbital launch and orbital LEO launch up to 600 km Sun-synchronous orbit (SSO), with higher achievements scoring higher) Expected/demonstrated performances and flexibility in terms of payload mass and available target orbits Recurring launch costs, capability to launch repeatedly with the lowest idle time, business plan for sustained operations 20

21 SME Instrument Continously Open call - Covers any aspect of the Specific Programme - 3 phases: Feasibility assessment, R&D, commercialisation - Bottom-up driven logic - Sólo para Pymes - No es obligatorio un consorcio - Continuously open call, 4 cut-off dates/year Fast track to innovation - pilot Continously Open call - Innovation actions linked to any technology field - Bottom-up driven logic - Maximum 5 partners - Up to 3 M per project - Open to all types of participants - Industry participation is mandatory - Continuously open call, 3 cut-off dates /year 21

22 Space Imprescindible!!! Leer el apartado Conditions for this call de cada uno de los bloques 22

23 Resultados españoles en la convocatoria 2014 Muy alta participación Entidades españolas en el 47% de las propuestas 265 participaciones españolas en 148 propuestas 58 propuestas coordinadas por españoles Los resultados muy buenos, con un retorno del 11% UE-28 Mejora respecto al 7PM 30 proyectos aprobados con participantes españoles (45% del total) 8 de ellos coordinados por entidades españolas España es el 4º país por retorno en tres de las cuatro convocatorias de 2014: GALILEO, PROTEC, COMPET. Resultados convocatoria 2015 Se esperan para agosto (tbc) 23

24 Resultados españoles en la convocatoria 2014 Algunas reflexiones.. Tasa de éxito media de la convocatoria: 21% convocatorias muy competitivas, pero menos que otros programas de H2020 como ICT o NMBP Baja tasa de éxito de algunos de los participantes con mejores resultados en el 7PM es necesaria la adaptación a las nuevas prioridades de H2020 (innovación, plan de negocio, cuantificación de la explotación, etc) Incorporación de un buen número de nuevos participantes es posible tener éxito en la 1ª propuesta + el programa no es un coto cerrado Se nos da muy bien participar, pero no tan bien coordinar margen de mejora y aprendizaje. Muy buenas ideas, pero falta afinar las propuestas para obtener la máxima nota (5 puntos) en cada criterio de evaluación 24

25 Contenido Índice Espacio en Horizon 2020 WorkProgramme Información de interés

26 Información de interés Convocatorias CALL 2015 Deadline 8 Abril 2015 SME Instrument y Fast Track to Innovation Varias fechas de corte al año CALL 2016 Work Programme Publicación call 2016 Octubre 2015 Publicación call ª mitad de 2016 (tbc) 26

27 Información de interés Toda la información sobre las convocatorias Participant Portal Infodays nacional y regionales eshorizonte2020.es Infodays internacionales Presentar ideas y capacidades, reuniones bilaterales búsqueda de socios Infoday internacional Noviembre Bruselas Información: Space Week Octubre. Roma 23 Octubre Horizon 2020 Space Infoday Información y registro: Conocer qué se ha financiado anteriormente FP7 Individual projects FP7 Brochures Todo FP7 (filtrar por Espacio) FP7 GNSS projects Horizon 2020 SME Instrument

28 Información de interés Inscribirse a las listas de distribución temáticas de Horizon 2020 Espacio Newsletter CDTI Horizon 2020 Espacio Descargar guia del participante No dude en ponerse en contacto con nosotros para cualquier consulta Punto Nacional de Contacto Espacio Horizon 2020 Paloma Dorado paloma.dorado@cdti.es Representante Comité Espacio Horizon 2020 Cristina Garrido cristina.garrido@cdti.es 28

29 Otras recomendaciones Register as expert! For proposal evaluation For project reviews 29

30 Gracias por su atención 30