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The European Commissions science and knowledge service Joint Research Centre Ocean energy research. Navigating through the policy and networking sea Davide Magagna 27 November 2017 TUDelft Outline Ocean Energy 2007 2017 PhD Postdoc


  1. The European Commission’s science and knowledge service Joint Research Centre

  2. Ocean energy research. Navigating through the policy and networking sea Davide Magagna 27 November 2017 – TUDelft

  3. Outline Ocean Energy 2007 2017 PhD Postdoc Policy INORE

  4. Policy outlook

  5. Ocean Energy an emerging sector 2500 NREAP Targets Wave Tidal Tidal Range 2000 1500 MW 1000 500 0 2014 2016 2020 2008 2017 Wavebob presentation in 08 JRC Ocean Energy Status Report

  6. Ocean Energy 10 years apart

  7. State of play of the sector

  8. European policy: SET-Plan International cooperation Resources financial and human • Identify energy technology and RD&D objectives Steering Group (EC + Member States) Steer the implementation of the SET-Plan • Effectiveness of SET-Plan in meeting EU energy advise and climate change goals monitor • EU no 1 in Renewable monitor report report SETIS • Development of cost competitive ocean energy Information System technologies with high market potential for Europe: Tidal stream 15ct € /kWh by 2025 • EERA European Industrial 10ct € /kWh by 2030 Support the European Energy Initiatives Research Wave energy 15ct € /kWh by 2030 (wind, solar, bioenergy, CCS, work of • Alliance grids, fission, smart cities) EUA 10ct € /kWh by 2035 EPUE European Platform of Universities Engaged in Energy Research

  9. State of play of the sector – Tidal Energy 1.2 JRC 2017 1.0 LCOE (EUR/kWh) Poor resources 0.8 Average resources KPI 2025 AIM Tidal Energy Good resources 0.6  LCOE 15-20 cEUR/kWh 54-71 Series1 Availability >85% 75-95  Reference Capacity factor >25% 20-36  0.4 2025 Array demo >10 MW installed 10 MW demo  2030 0.2 2016 0.0 JRC 2017 1 2 4 8 16 32 64 125 250 500 1000 2500 5000 10000 Tidal deployment (MW)

  10. State of play of the sector – Wave Energy 1.4 JRC 2017 1.2 1.0 Poor resource 0.8 KPI 2025 AIM Wave Energy Average resource LCOE 15-20 cEUR/kWh  60-110 Good resource 0.6 Availability >85%  65-80 Reference Capacity factor >25%  22-33 2025 0.4 Array demo >10 MW installed  Single Units 2030 2016 0.2 0.0 JRC 2017 1 2 4 8 16 32 64 125 250 500 1000 2500 5000 10000 Wave deployment (MW)

  11. EU Support • 516 m EUR have been awarded to R&D projects on ocean energy technologies • 345 m EUR directed to the development of ocean energy technologies development of prototypes, for single device • demonstration or supporting the deployment of first-of- a-kind ocean energy farms • EU funds are collaborative

  12. EU Support • Including national support 690 m EUR have been committed to ocean energy technology development • 223 m EUR have been directed to Wave energy R&D, • 470 m EUR to tidal energy R&D • United States Department of Energy has provided $327 million in funds to ocean energy, $251 million wave energy R&D • Tidal support for higher TRL

  13. National Support • 10 countries are part of the SET-Plan • 200 m EUR to support ocean energy up to 2020 • Involved countries have specific support for ocean energy • Other countries such as France has support in place for tidal arrays and FiT

  14. EU Support

  15. What about R&D?

  16. What about R&D? Energy yield optimisation PTO R&D for early stage technology Reliability Moorings Technology Costs reduction Development Survivability Full scale demonstration for TRL>7 New materials COLLABORATION New materials New moorings/ foundations Gap analysis H2020 Workshops Calls Large arrays Demonstration for new technologies Resource (modelling) Initial array deployment Deployment and Risk Reduction of OPEX / CAPEX Socio-Economics Reduction Proof of value, identification of cost Harsh Environments reduction pathways and stimulus for Environmental monitoring RD&D 4 Supply chain and manufacturing Cross-sector contamination pulling

  17. Interacting actors Based on FP6/FP7

  18. What is INORE An international association of early-stage researchers: • PhD and Masters students • Postdocs • Professionals just starting their career Working in offshore renewable energy : • Fixed and Floating Offshore Wind • Wave Energy • Tidal Energy • Thermal Energy

  19. A bit of history Founded in 2006 in Norway by a group of PhD students First committee meeting in 2007, participants of 4 countries February 2014: Established head office in the UK (Plymouth) Since 2015 INORE is a non-profit association (Limited by Guarantee Company) 1425 members from 76 countries Mission: Advance education and share knowledge Organized by volunteers and funded by sponsors

  20. Community International & interdisciplinary 1400+ members 75+ countries all aspects of ORE Activities Databases Fun, friendly and informal Symposia Well connected Workshops www.INORE.org researchers and research BECS Scholarships Networking 21

  21. INORE committee Caitlyn Clark – Chair Hanna Torrens-Spence – Vice-chair Simon Burmester – Secretary Chris Sharp & Francois-Xavier Fay – Web Manager Mojtaba Kamarlouei – Sponsorship Coordinator Owain Roberts – Finance Manager Loup Suja-Thauvin & Anke Bender – Outreach Coordinator Aisha McKee – Event Coordinator • Nicolas Tomey Bozo – Event Coordinator – European Symposium • Christine Hirt – Event Coordinator – North American Symposium

  22. Knowledge exchange Learning from what others are doing and how this can impact your own work

  23. Training Hands on collaboration with experts on key issues

  24. Possibility Funds to support collaboration studies / ways to interact in the future

  25. Blue Energy Scholarships The scholarships are sponsored by Ocean Energy Systems (OES) • Initiative is aimed to: • Enable collaborative research work among different INOREans. • Facilitate access to research facilities available in a lab. • Motivate the publication of the collaborative research work in scientific papers. • Amount of scholarship: up to 1000 EUR • Eligibility conditions: • At least 2 INOREans coming from 2 different research institutions. • The members of the team have to be part of research institutions of different countries • To produce a scientific publication in a journal or a conference. • More info: www.inore.org

  26. What’s next? • Get involved with Inore • Collaborate with people that are working on similar research • Explore possibilities for training / learning/ improving

  27. Inore Events • Symposium • North American 2018 – East Coast of USA • European 2018 • Workshops • MREC/METS, Washington D.C., May 2018 • ICOE, Normandy, June 2018 • AWTEC, Taiwan, September 2018

  28. Summarising • The ocean energy sector is on the right path, but the road is still very long • Right now strong political commitment to support ocean energy • F.O.A.K farms costly • Collaboration is key to a successful ocean energy sector

  29. Any questions? You can find me @davidewaves & davide.magagna@ec.europa.eu

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