European Strategic Energy Technology Plan (SET-Plan)

Transcription

1 European Strategic Energy Technology Plan (SET-Plan) EHA-Meeting 22 June 2010

2 SET Plan measures monitor report Steering Group Steer the implementation of the SET-Plan advise SETIS Information System report monitor International Resources cooperation financial and human European Industrial Initiatives (wind, solar, bioenergy, CCS, grids, fission) Support the work of EERA EU Research Alliance EUA Energy Research Platform

3 European Industrial Initiatives European Industrial Initiatives: European Wind Initiative Solar Europe Initiative Bio-energy Europe Initiative European Electricity Grid Initiative European CO2 capture, transport and storage initiative Sustainable fission initiative (Gen IV) Smart Cities (new) On-going initiatives: Fuel cells and hydrogen (JTI) Fusion (ITER)

4 European Industrial Initiatives Launched the first four EIIs (3 June 2010) Wind, Solar, CCS and Electricity Grids EIIs Joint Statement supported by the public (EC, MS) and private side (relevant industry) All parties committed to support: - Technology Roadmaps Implementation Plans Light and non-bureaucratic governance structure

5 European Industrial Initiatives Sustainable Nuclear and Bioenergy EIIs Launch foreseen at the SET Plan Conference in Brussels, November 2010, under the Belgian Presidency Smart Cities EII in the phase of developing the concept Taking stock during the SET Plan Conference in Brussels, November 2010, under the Belgian Presidency Launch foreseen in 2011

6 Technology Roadmaps (1) Technological objectives Concrete action plans Estimated investments needed for the period to achieve: Up to 20% of the EU electricity produced by wind energy Up to 15% of the EU electricity produced by solar energy 50% of networks operate along smart principle effectively matching supply and demand At least 14% of the EU energy mix from cost-competitive, sustainable bioenergy CCS technologies become cost-competitive within a carbon-pricing environment by First Generation-IV nuclear reactor prototypes in operation by 2020, allowing commercial deployment by to 30 European cities will be at the forefront of the transition to a low carbon economy

7 Technology Roadmaps (2) R&D Programme focused on new turbines designs and use of new materials New turbines and components Offshore components Grid integration Enable wind deployment Implementation of testing facilities and demo for new turbines, components, manufacturing processes Demonstration of a optimised logistic strategy Development & testing of new substructures Wind resources assessment : 5 10 measurement campaigns Spatial Planning : Development of Spatial Planning instruments Results of the public acceptance analysis Development & testing of a large scale turbine prototype (10 20 MW) Testing facilities and demo Demonstration of mass manufacturing processes and procedure for substructures Demonstration with wind farm as virtual power plant: Demonstration of long distance HVDC Offshore flexibility connection to at least 2 countries Demonstration of multi terminal offshore solutions Implementation of additional testing facilities and demo 4 prototypes of new substructures Two operational sites Publication of an EU 27 MS Wind Atlas Statistical forecast distribution on wind speed and energy production EU spatial Planning implemented Large scale turbine prototype Standardised harbours to service the next generation of wind turbine Example of the Wind EII

8 Implementation Plans Implementation Plans of the Electricity Grids, Solar, Wind and CCS available Coordination between the Electricity Grids Initiative other EIIs to ensure: 1. All necessary new requirements concerning grid integration of lowcarbon energy sources are addressed 2. RD&D activity overlaps between the initiatives are minimized Coordination with Solar and Wind Initiatives Cooperation launched with other initiatives (Storage, Electric Car, Smart Buildings)

9 Governance Architecture (1) Light and non-bureaucratic governance EII governance: three levels of intervention: Orientation level - SET-Plan Steering Group Planning and programming level - EII Team Implementation and operational level in which activities and projects are carried out

10 Implementation and operational level Planning and programming level Orientation level Governance Architecture (2) STEERING GROUP EC - chair all MS and observer countries + EIB Supported by SETIS 1 2 Proposes IP EII TEAM* Industry representatives Committed Countries EC Financing Community (e.g.eib) RTD Community (e.g. EERA) Endorses IP & indicates availability of programming instruments and budgets 5 Reports on the IP progress * One EII Team per Initiative 3 EU: Framework Programmes MS: National Programmes NER300 EERA etc Industry: co-financing Implements according to existing funding rules and procedures Actions / Projects Actions / Projects 4 Reports on the progress of the actions

11 Governance Architecture (3) Open to MSs, companies and research institutions of all sizes Each financing actor decides on its own contribution and modalities, in accordance with own rules and procedures Based on available instruments

12 Available instruments 'public (MS)-public (EC)-private partnerships' with a variable geometry, open architecture share objectives, planning, monitoring and reporting tools and implementation instruments Public funding partners Project typology Instruments EC High EU added value FP, CIP-IEE EC and MS MS and MS MS EIB Common EU Roadmap and Implementation Plan Large projects, EU added value, shared interests Localised shared interests Supporting domestic industry Large projects FP (ERA-NET+), coordinated calls, Art 185 NER300, ad-hoc arrangements, EERA etc national programmes, NER300, structural funds EIB loans, RSFF, guarantees, equity Common EU reporting, monitoring and assessment KPIs

13 European Energy Research Alliance Initiative by a number of leading research institutes (October 2008): Total annual turnover approx 1,300 M Over 10,000 scientists Aim: accelerate development of new energy technologies through Joint Programmes (JPs): Strengthen, expand and optimise research capabilities Harmonisation of national and EC programme Decrease fragmentation Launch of the first 4 JPs in June 2010 on PV, Smart Grids, CCS and geothermal

14 Conclusion Strong EU institutional support : Adoption of two documents related to the Communication Investing in the development of low carbon technologies (SET-Plan) - COM(2009)519: 1. European Parliament Resolution - 11 March Energy Council Conclusions - 12 March 2010 support the implementation of the SET Plan support the TRs as the basis to move forward collectively underline the growing importance of international cooperation But we need a shared effort from EU, MSs, Industry and financial community to successfully implement them

15 Thank you for your attention

16 ETS NER 300 (1) NER 300 decision: adopted on 2 February 2010 by Climate Change Committee final adoption expected in May Two calls: 1st call 200 m EUA (award decision by 31/12/2011) 2nd call 100 m EUA (award decision by 31/12/2012) Two types of portfolio: CCS: 8 plants RES: 34 project (9 bio-energy, 5 CSP, 3 PV, 6 wind, 4 geothermal, 3 ocean, 1 hydro, 3 smart grids) Geographical balance: 1 x 3 projects per MS (not incl. trans-boundary projects)

17 ETS NER 300 (2) NER300 Cost financing NER 300 can finance up to 50% of relevant costs = extra investment costs + extra operating costs extra operating benefits Remaining 50 % financed by promoter, MS concerned (incl. use of SF) or both NER300 can be combined with SF, EEPR and RSFF.

18 Promoter ETS NER 300 (3) EC 8 Award decision (approved by CCC) Submits proposal 1 MS Confirms interest 7 Re-consults 6 5 Performs financial & technical analysis Prepares ranking & makes recommendations 2 Evaluates eligibility criteria & decides on possible cofinancing 3 Decides to forward proposal Doesn t forward it 4 EIB

19 Provisional timeframe : ETS NER 300 (4) By end of May 2010 Formal adoption by EC June 2010-Oct 2010 Call for proposals - submission of relevant project proposals to MS Oct 2010-Dec 2010 Eligibility check of proposals by MS and submission to EIB Jan June 2011 Technical and Financial viability check by EIB, ranking of projects by EIB July 2011-Dec 2011 Submission to Climate Change Committee for opinion Final award decision by Dec 2011 by European Commission