EU Energi, SET-plan. Beate Kristiansen, Spesialrådgiver/EU NCP Energi

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1 EU Energi, SET-plan Beate Kristiansen, Spesialrådgiver/EU NCP Energi

2 Drivere innen energiområdet Klare mål 3*20 i 2020 : 20 % fornybarandel i energimiksen 20 % energieffektivisering 20 % lavere klimagassutslipp (30%) Tre pilarer: Konkurransekraft Energiforsyning Klimagassutslipp

3 Hvordan nå 3*20-målene? Strategic Energy Technology (SET) Plan Medlemslandene: Samle og forsterke innsats Forskningsinstitutter: Samarbeide forskningsagenda European Energy Research Alliance (EERA) Næringslivet: Veikart og innsats European Industrial Initiatives (EII) Vind Sol Bioenergi CO 2 -håndtering El.nettet Smart Cities Energieffektivisering

4 Veikartene Prioriterte områder, basert på: Potential contributing to energy and climate goals EU added value and additionally Willingness of actors to join forces Potential market penetration 2020 / 2050 Innhold: Objectives Activities Resources Structure Technology roadmaps

5 Veikart frem til Teknologisporet: FoU, pilot, demo og tidlig markedsintrod. El.nettet: integrere 35 % fornybar el. Vind: 20 % av el. CCS: konkurransedyktig innen Sol: 15 % av el (DESERTEC5 visjon - høyere) Bio: minst 14 % energien. EU-byer: være ledende lav-karbon-økonomi ~ 50 mrd Euro mer neste 10 årene (fra 3 til 8 mrd/år)

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7 Takk for oppmerksomheten! Spørsmål eller kommentarer? Beate Kristiansen Mobil: Tlf: Vil du få tilsendt infobrev, send en e-post til meg

8 Wind: up to 20% of EU electricity by 2020 What: reduce costs, move offshore and resolve the associated grid integration How: testing facilities; demo of next generation turbines; offshore substructures; new manufacturing; hostile weather Cost: 6bn El. grids: 50% of networks operate along "smart principle by 2020 What: Internal market, RES and demand intelligence How: large smart grid demos; suitable grid architectures; modelling and planning tools; innovative market designs Cost: 2bn CCS: reaching cost competitiveness within a carbon pricing envir. What: reduce cost, increase efficiencies, test storing, and acceptance How: up to 12 demonstration plants Cost: 13bn

9 Solar (PV&CSP): up to 15% of the EU electricity What: reduce costs and gain efficiency How: new PV concepts, materials; automated mass-production; centralised and decentralised demos; large industrial CSP Cost: 16bn Bioenergy : 14% of EU energy mix sustainably What: second generation biofuiels How: large demo. plants of alternative thermo-chemical pathways Cost: 9bn Smart cities: 40% reduction of GHG emissions by 2020 What: energy efficiency - pioneers and nuclei of the sustainable energy system of the future How: New generation of buildings; Smart energy networks; Low carbon transport Cost: 11bn

10 WIND - Technology Roadmap R&D Programme focused on new turbines designs and use of new materials New turbines and components Implementation of testing facilities and demo for new turbines, components, manufacturing processes Development & testing of a large scale turbine prototype (10 20 MW) Testing facilities and demo Large scale turbine prototype Implementation of additional testing facilities and demo Demonstration of a optimised logistic strategy Standardised harbours to service the next generation of wind turbine Offshore components Development & testing of new substructures 4 prototypes of new substructures Demonstration of mass manufacturing processes and procedure for substructures Grid integration 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 Two operational sites Publication of an EU 27 MS Wind Atlas Enable wind deployment Wind resources assessment : 5 10 measurement campaigns Spatial Planning : Development of Spatial Planning instruments Results of the public acceptance analysis Statistical forecast distribution on wind speed and energy production EU spatial Planning implemented