(a) gas and electricity infrastructures; (b) offshore wind energy; and (c) carbon capture and storage.
Regulation (EC) No 663/2009 of the European Parliament and of the Council of 13 July 2009 establishing a programme to aid economic recovery by granting Community financial assistance to projects in the field of energy
Modified by
- Regulation (EU) No 1233/2010 of the European Parliament and of the Councilof 15 December 2010amending Regulation (EC) No 663/2009 establishing a programme to aid economic recovery by granting Community financial assistance to projects in the field of energy, 32010R1233, December 30, 2010
- Regulation (EU) 2018/1999 of the European Parliament and of the Councilof 11 December 2018on the Governance of the Energy Union and Climate Action, amending Regulations (EC) No 663/2009 and (EC) No 715/2009 of the European Parliament and of the Council, Directives 94/22/EC, 98/70/EC, 2009/31/EC, 2009/73/EC, 2010/31/EU, 2012/27/EU and 2013/30/EU of the European Parliament and of the Council, Council Directives 2009/119/EC and (EU) 2015/652 and repealing Regulation (EU) No 525/2013 of the European Parliament and of the Council(Text with EEA relevance), 32018R1999, December 21, 2018
(a) "carbon capture and storage" means the capture of carbon dioxide (CO 2 ) from industrial installations, its transport to a storage site and its injection into a suitable underground geological formation for the purposes of permanent storage;(b) "eligible costs" has the same meaning as in Regulation (EC, Euratom) No 2342/2002; (c) "gas and electricity infrastructures" means: (i) all high-voltage lines, excluding those of distribution networks, and submarine links, provided that this infrastructure is used for interregional or international transmission or connection; (ii) high-pressure gas pipelines, excluding those of distribution networks; (iii) underground storage facilities connected to the high-pressure gas pipelines referred to in point (ii); (iv) reception, storage and regasification facilities for liquefied natural gas (LNG); and (v) any equipment or installations essential for the infrastructure referred to in points (i), (ii), (iii) or (iv) to operate properly, including protection, monitoring and control systems;
(d) "part of a project" means any activity that is independent financially, technically or over time and which contributes to the completion of a project; (e) "investment phase" means the phase of a project during which construction takes place and capital costs are incurred; (f) "offshore wind energy" means the electric power generated from turbine engines powered by wind and situated in the sea, whether near or far from the shore; (g) "planning phase" means the phase of a project that precedes the investment phase, during which project implementation is prepared, and includes, where appropriate, feasibility assessment, preparatory and technical studies, obtaining licences and authorisations and incurring capital costs.
(a) gas and electricity infrastructure projects: EUR 2365000000 ;(b) offshore wind energy projects: EUR 565000000 ;(c) carbon capture and storage projects: EUR 1050000000 .
(a) security and diversification of sources of energy, routes and supplies; (b) the optimisation of the capacity of the energy network and the integration of the internal energy market, in particular concerning cross-border sections; (c) the development of the network to strengthen economic and social cohesion by reducing the isolation of the least favoured regions or islands of the Community; (d) the connection and integration of renewable energy resources; and (e) the safety, reliability and interoperability of interconnected energy networks, including the ability to use multidirectional gas flows where necessary.
(a) by one or several Member States, acting jointly; (b) with the agreement of all Member States directly concerned by the project in question: (i) by one or several public or private undertakings or bodies acting jointly; (ii) by one or several international organisations acting jointly; or (iii) by a joint undertaking.
(a) the soundness and technical adequacy of the approach; (b) the soundness of the financial package for the full investment phase of the action.
(a) maturity, defined as reaching the investment stage, and incurring substantial capital expenditure by the end of 2010; (b) the extent to which lack of access to finance is delaying the implementation of the action; (c) the extent to which EEPR assistance will stimulate public and private finance; (d) socioeconomic impacts; (e) environmental impacts; (f) the contribution to the continuity and interoperability of the energy network, and to the optimisation of its capacity; (g) the contribution to the improvement of service quality, safety and security; (h) the contribution to the creation of a well-integrated energy market.
(a) the soundness and technical adequacy of the approach; (b) the soundness of the financial package for the full investment phase of the project.
(a) maturity, defined as reaching the investment stage, and incurring substantial capital expenditure by the end of 2010; (b) the extent to which lack of access to finance is delaying the implementation of the action; (c) the extent to which the project improves or increases the scale of installations and infrastructures that are already under construction, or are in the planning phase; (d) the extent to which the project includes the construction of full-size and industrial-scale installations and infrastructures, and addresses in particular the following matters: (i) the balancing of the variability of wind electricity through integrative systems; (ii) the existence of large-scale storage systems; (iii) the management of wind farms as virtual power plants (more than 1 GW); (iv) the existence of turbines placed further from the shore or in deeper waters (20 to 50 m) than is currently standard; (v) novel sub-structure designs; or (vi) processes for assembly, installation, operation and decommissioning and testing of these processes in life-size projects;
(e) the innovative features of the project and the extent to which it will demonstrate the implementation of such features; (f) the impact of the project and its contribution to the Community’s offshore wind grid system, including its replication potential; (g) the commitment demonstrated by the beneficiaries to disseminate to other European operators the results of technological advances made by the project in a manner compatible with Community law and in particular with the objectives and structures outlined in the Strategic Energy Technology Plan for Europe.
(a) the projects demonstrate that they have the ability to capture at least 80 % of CO 2 in industrial installations and to transport and geologically store this CO2 safely underground;(b) in power installations, CO 2 capture is demonstrated on an installation of at least 250 MW electrical output or equivalent;(c) project promoters make a binding declaration that the generic knowledge generated by the demonstration plant will be made available to the wider industry and to the Commission to contribute to the Strategic Energy Technology Plan for Europe.
(a) the soundness and technical adequacy of the approach; (b) maturity, defined as reaching the investment stage, which includes exploration and development of storage options, and incurring substantial investment-related expenditure for the project by the end of 2010; (c) the soundness of the financial package for the full investment phase of the project; (d) identification of all necessary permits required for construction and operation of the project at the proposed site(s) and the existence of a strategy to secure those permits.
(a) the extent to which lack of access to finance is delaying the implementation of the action; (b) requested funding per tonne of CO 2 to be abated in the first five years of operation of the project;(c) the complexity of the project and level of innovation of the overall installation including other accompanying research activities and the commitment demonstrated by the beneficiaries to disseminate to other European operators the results of the technological advances made by the project in a manner compatible with Community law and in particular with the objectives and structures outlined in the Strategic Energy Technology Plan for Europe; (d) the soundness and adequacy of the management plan including, in relation to the scientific, engineering and technical information and data contained therein, demonstration of readiness of the proposed concept to achieve operation of the project by 31 December 2015 .
(a) for gas and electricity infrastructure projects, the committee established by Article 15 of Regulation (EC) No 680/2007 of the European Parliament and of the Council of 20 June 2007 laying down general rules for the granting of Community financial aid in the field of the trans-European transport and energy networks ;OJ L 162, 22.6.2007, p. 1 .(b) for offshore wind projects, the committee established by Article 8 of Council Decision 2006/971/EC of 19 December 2006 concerning the Specific Programme Cooperation implementing the Seventh Framework Programme of the European Community for research, technological development and demonstration activities (2007 to 2013) ;OJ L 400, 30.12.2006, p. 86 .(c) for carbon capture and storage projects, the committee established by Article 8 of Decision 2006/971/EC.
(a) the cost-effectiveness, leverage effect and additionality demonstrated by the facility; (b) evidence of sound financial management; (c) the extent to which the facility has achieved the objectives set out in this Regulation; (d) the extent to which continued support under the facility for projects relating to energy efficiency and energy from renewable sources is required.
Project | Location of projects supported | |
---|---|---|
NABUCCO | Austria, Hungary, Bulgaria, Germany, Romania | |
ITGI – Poseidon | Italy, Greece | |
Skanled/Baltic pipe | Poland, Denmark, Sweden | |
Liquefied Natural Gas terminal at Polish coast at port of Świnoujście | Poland | |
Slovakia-Hungary Interconnector (Veľký Krtíš - Vecsés) | Slovakia, Hungary | |
Gas transmission system in Slovenia between the Austrian Border to Ljubljana (excluding the section Rogatec-Kidričevo) | Slovenia | |
Interconnection Bulgaria-Greece (Stara Zagora — Dimitrovgrad-Komotini) | Bulgaria, Greece | |
Romania-Hungary gas interconnector | Romania, Hungary | |
Expansion of Gas Storage Capacity in the Czech hub | Czech Republic | |
Infrastructure and equipment to permit reverse gas flow in the event of short term supply disruption | Austria, Bulgaria, Czech Republic, Estonia, Greece, Hungary, Latvia, Lithuania, Poland, Portugal, Romania, Slovakia | |
Slovakia-Poland interconnection | Slovakia, Poland | |
Hungary-Croatia interconnection | Hungary | |
Bulgaria-Romania interconnection | Bulgaria, Romania | |
Reinforcement of FR gas network on the Africa-Spain-France axis | France | |
GALSI (Gazoduc Algérie-Italie) | Italy | |
Gas Interconnection Western Axis Larrau Branch | Spain | |
Germany-Belgium-United Kingdom pipeline | Belgium | |
France-Belgium connection | France, Belgium | |
TOTAL |
Project | Location of projects supported | |
---|---|---|
Estlink-2 | Estonia, Finland | |
Interconnection Sweden-Baltic States, and strengthening of the grid in Baltic States | Sweden, Latvia, Lithuania | |
Halle/Saale – Schweinfurt | Germany | |
Wien-Győr | Austria, Hungary | |
Portugal-Spain interconnection reinforcement | Portugal | |
Interconnection France-Spain (Baixas - Sta Llogaia) | France, Spain | |
New 380 kV AC submarine cable between Sicily – Continental Italy (Sorgente – Rizziconi) | Italy | |
500 MW Ireland/Wales interconnector (Meath-Deeside) | Ireland, United Kingdom | |
Electricity interconnection Malta-Italy | Malta/Italy | |
TOTAL |
Small isolated island initiatives | Cyprus | |
Malta | ||
TOTAL |
Project | Capacity | Location of projects supported | |
---|---|---|---|
Denmark, Sweden, Germany, Poland | |||
United Kingdom, Netherlands, Germany, Ireland, Denmark, Belgium, France, Luxembourg | |||
Germany | |||
United Kingdom | |||
Belgium | |||
TOTAL |
Project Name/Location | Fuel | Capacity | Capture Technique | Storage Concept | ||
---|---|---|---|---|---|---|
Huerth | Germany | Coal | IGCC | Saline Aquifer | ||
Jaenschwalde | Coal | Oxyfuel | Oil/Gas fields | |||
Eemshaven | Netherlands | Coal | IGCC | Oil/Gas fields | ||
Rotterdam | Coal | PC | Oil/Gas fields | |||
Rotterdam | Coal | PC | Oil/Gas fields | |||
Bełchatów | Poland | Coal | PC | Saline Aquifer | ||
Spain | Coal | Oxyfuel | Saline Aquifer | |||
Kingsnorth | United Kingdom | Coal | PC | Oil/Gas fields | ||
Longannet | Coal | PC | Saline Aquifer | |||
Tilbury | Coal | PC | Oil/Gas fields | |||
Coal | IGCC | Oil/Gas fields | ||||
Porto Tolle | Italy | Coal | PC | |||
Florange | France | Transport of CO | ||||
TOTAL |
(a) public and private buildings incorporating energy efficiency and/or renewable energy solutions including those based on the usage of Information and Communication Technologies (ICT); (b) investments in high energy efficient combined heat and power (CHP), including micro-cogeneration, and district heating/cooling networks, in particular from renewable energy sources; (c) decentralised renewable energy sources embedded in local settings and their integration in electricity grids; (d) microgeneration from renewable energy sources; (e) clean urban transport to support increased energy efficiency and integration of renewable energy sources, with an emphasis on public transport, electric and hydrogen vehicles and reduced greenhouse gas emissions; (f) local infrastructure, including efficient lighting of outdoor public infrastructure such as street lighting, electricity storage solutions, smart metering, and smart grids, that make full usage of ICT; (g) energy efficiency and renewable energy technologies with innovation and economic potential using the best available procedures.
(a) investment projects that have a rapid, measurable and substantial impact on economic recovery within the Union, increased energy security and the reduction in greenhouse gas emissions; and (b) technical assistance for energy efficiency and renewable energy projects.
(a) they have made, or are in the process of making, a political commitment to mitigate climate change, where appropriate including concrete objectives, for example relating to increasing energy efficiency and/or the use of energy from renewable sources; (b) they are either working towards developing multi-annual strategies to mitigate climate change and, where appropriate, to attain their objectives, or are participating in a multi-annual strategy at local, regional or national level to mitigate climate change; (c) they agree to be publicly accountable for the progress in their overall strategy.
(a) the soundness and technical adequacy of the approach; (b) the soundness and cost effectiveness of the funding for the full investment phase of the action; (c) the geographical balance of all projects covered by this Regulation; (d) maturity, defined as reaching the investment stage, and incurring substantial capital expenditure as soon as possible; (e) the extent to which lack of access to finance is delaying the implementation of the action; (f) the extent to which funding from the facility will stimulate public and private finance; (g) quantified socioeconomic impacts; (h) quantified environmental impacts.