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EUROOPA PARLAMENDI JA NÕUKOGU MÄÄRUS (EÜ) nr 663/2009, 13. juuli 2009, millega luuakse abikava majanduse elavdamiseks ühenduse finantsabi andmisega energeetikaprojektidele

EUROOPA PARLAMENDI JA NÕUKOGU MÄÄRUS (EÜ) nr 663/2009,

13. juuli 2009,

millega luuakse abikava majanduse elavdamiseks ühenduse finantsabi andmisega energeetikaprojektidele

1. Ülevaade

I PEATÜKK

II PEATÜKK

CHAPTER IIa FINANCIAL FACILITY

III PEATÜKK

IV PEATÜKK

►M1ANNEX I◄

►M1 ANNEX I ◄

ELIGIBLE PROJECTS

A. Gas and Electricity infrastructure projects

1. Gas interconnectors

Project	Location of projects supported	Envisaged Community contribution (EUR million)
Southern Gas Corridor
NABUCCO	Austria, Hungary, Bulgaria, Germany, Romania	200
ITGI – Poseidon	Italy, Greece	100
Baltic interconnection
Skanled/Baltic pipe	Poland, Denmark, Sweden	150
LNG network
Liquefied Natural Gas terminal at Polish coast at port of Świnoujście	Poland	80
Central and South East Europe
Slovakia-Hungary Interconnector (Veľký Krtíš - Vecsés)	Slovakia, Hungary	30
Gas transmission system in Slovenia between the Austrian Border to Ljubljana (excluding the section Rogatec-Kidričevo)	Slovenia	40
Interconnection Bulgaria-Greece (Stara Zagora — Dimitrovgrad-Komotini)	Bulgaria, Greece	45
Romania-Hungary gas interconnector	Romania, Hungary	30
Expansion of Gas Storage Capacity in the Czech hub	Czech Republic	35
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	80
Slovakia-Poland interconnection	Slovakia, Poland	20
Hungary-Croatia interconnection	Hungary	20
Bulgaria-Romania interconnection	Bulgaria, Romania	10
Mediterranean
Reinforcement of FR gas network on the Africa-Spain-France axis	France	200
GALSI (Gazoduc Algérie-Italie)	Italy	120
Gas Interconnection Western Axis Larrau Branch	Spain	45
North Sea area
Germany-Belgium-United Kingdom pipeline	Belgium	35
France-Belgium connection	France, Belgium	200
TOTAL		1 440

2. Electricity interconnectors

Project	Location of projects supported	Envisaged Community contribution (EUR million)
Baltic interconnection
Estlink-2	Estonia, Finland	100
Interconnection Sweden-Baltic States, and strengthening of the grid in Baltic States	Sweden, Latvia, Lithuania	175
Central and South East Europe
Halle/Saale – Schweinfurt	Germany	100
Wien-Győr	Austria, Hungary	20
Mediterranean
Portugal-Spain interconnection reinforcement	Portugal	50
Interconnection France-Spain (Baixas - Sta Llogaia)	France, Spain	225
New 380 kV AC submarine cable between Sicily – Continental Italy (Sorgente – Rizziconi)	Italy	110
North Sea area
500 MW Ireland/Wales interconnector (Meath-Deeside)	Ireland, United Kingdom	110
Electricity interconnection Malta-Italy	Malta/Italy	20
TOTAL		910

3. Small island projects

Small isolated island initiatives	Cyprus	10
Small isolated island initiatives	Malta	5
TOTAL		15

B. Offshore wind projects

Project	Capacity	Location of projects supported	Envisaged Community contribution (EUR million)
1. Grid integration of offshore wind energy
1.1. Baltic – Kriegers Flak I, II, III Building on projects under development. Financing aimed at ensuring extra cost for securing a joint interconnection solution.	1,5 GW	Denmark, Sweden, Germany, Poland	150
1.2. North sea grid Modular development of offshore grid, demonstration of virtual offshore power plant and integration in the existing onshore grid system.	1 GW	United Kingdom, Netherlands, Germany, Ireland, Denmark, Belgium, France, Luxembourg	165
2. New turbines, structures and components, optimisation of manufacturing capacities
2.1. Borkum West II – Bard 1 – Nordsee Ost – Global Tech I New generation of multi-megawatt size turbines (5-7 MW) and innovative structures, situated far from shore (up to 100 km) in deeper waters (up to 40 m).	1,6 GW	Germany	200
2.2. Aberdeen offshore wind farm (European testing centre) Building on project presently under development – testing of multi-MW turbines. Development of innovative structures and substructures including optimisation of manufacturing capacities of offshore wind energy production equipment. An increase in size of 100 MW can be envisaged.	0,25 GW	United Kingdom	40
2.3. Thornton Bank Building on project presently under development. Learning from the Downvind project (cofinanced through FP6). Upscaling the Downvind installations turbines (5 MW size) in deep waters (up to 30 m) with low visual impact (up to 30 km).	90 MW	Belgium	10
TOTAL			565

C. Carbon capture and storage projects

Project Name/Location		Envisaged Community contribution (EUR million)	Fuel	Capacity	Capture Technique	Storage Concept
Huerth	Germany	180	Coal	450 MW	IGCC	Saline Aquifer
Jaenschwalde			Coal	500 MW	Oxyfuel	Oil/Gas fields
Eemshaven	Netherlands	180	Coal	1 200 MW	IGCC	Oil/Gas fields
Rotterdam			Coal	1 080 MW	PC	Oil/Gas fields
Rotterdam			Coal	800 MW	PC	Oil/Gas fields
Bełchatów	Poland	180	Coal	858 MW	PC	Saline Aquifer
Compostilla (León)	Spain	180	Coal	500 MW	Oxyfuel	Saline Aquifer
Kingsnorth	United Kingdom	180	Coal	800 MW	PC	Oil/Gas fields
Longannet			Coal	3 390 MW	PC	Saline Aquifer
Tilbury			Coal	1 600 MW	PC	Oil/Gas fields
Hatfield (Yorkshire)			Coal	900 MW	IGCC	Oil/Gas fields
Porto Tolle	Italy	100	Coal	660 MW	PC
Industrial carbon capture project
Florange	France	50	Transport of CO2 from industrial installation (steel plant) to underground storage (saline aquifer)
TOTAL		1 050

ANNEX II FINANCIAL FACILITY

ANNEX II

FINANCIAL FACILITY

A. Implementation of the financial facility for sustainable energy projects

1. Scope of the facility

The financial facility (the facility) shall be used for the development of energy saving, energy efficiency and renewable energy projects and shall facilitate the financing of investments in those areas by local, regional and, in duly justified cases, national public authorities. The facility shall be implemented in accordance with the provisions on the delegation of budgetary execution tasks laid down in the Financial Regulation and its implementing rules.

The facility shall be used for sustainable energy projects, in particular in urban settings. This shall include, in particular, projects concerning:

(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.

The facility may be also used to provide incentives and technical assistance as well as to raise the awareness of local, regional and national authorities so as to ensure optimal use of the Structural and Cohesion Funds, in particular in the areas of energy efficiency and renewable energy improvements in housing and other types of buildings. The facility shall sustain investment projects demonstrating an economic and financial viability, in order to refund the investments allocated by the facility and to attract public and private investments. Thus, the facility may, inter alia, include provisioning and capital allocation for loans, guarantees, equity and other financial products. Furthermore, up to 15 % of the funding referred to in Article 21a may be used to provide technical assistance to local, regional or national, authorities on the setting up of, and on the initial deployment phase of technology related to, energy efficiency and renewable energy projects.

2. Synergies

When granting financial or technical assistance, attention shall also be paid to synergies with other financial resources available in the Member States, such as the Structural and Cohesion Funds and the ELENA Facility, in order to avoid overlaps with other instruments.

3. Beneficiaries

The beneficiaries of the facility shall be public authorities, preferably at local and regional level, and public or private entities acting on behalf of those public authorities.

B. Cooperation with financial intermediaries

1. Selection and general requirements, including costs

The facility shall be set up in cooperation with one or more financial intermediaries, and shall be open to participation by appropriate investors. The selection of the financial intermediaries shall take place on the basis of their demonstrated ability to use the funding in the most efficient and effective way, in accordance with the rules and criteria set out in this Annex.

The Commission shall ensure that the total amount of overhead costs related to the establishment and implementation of the facility, including management fees and other eligible costs invoiced by the financial intermediaries, remains as limited as possible, in line with best practice for similar instruments and whilst safeguarding the required quality of the facility.

The Union contribution to the facility shall be implemented by the Commission in accordance with the provisions set out in Articles 53 and 54 of the Financial Regulation.

The financial intermediaries shall comply with the relevant requirements on the delegation of budgetary execution tasks set out in the Financial Regulation and its implementing rules, in particular as regards procurement rules, internal control, accounting and external audit. No funding other than management fees or costs related to the establishment and implementation of the facility shall be made available to those financial intermediaries.

The detailed terms and conditions of the establishment and the framework conditions of the facility, including monitoring and control, shall be laid down in one or more agreements between the Commission and the financial intermediaries.

2. Availability of information

The facility shall make available online all information on programme management that is relevant for interested parties. This shall include, notably, application procedures, information on best practices and an overview of projects and reports.

C. Funding conditions and eligibility and selection criteria

1. Scope of financing

In accordance with this Annex, the facility shall be limited to the financing of:

(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.

2. Factors to be taken into account

As regards the selection of projects, particular attention shall be paid to the geographical balance.

As regards the financing of investment projects, due attention shall be paid to reaching a significant leverage factor between the total investment and the Union funding in order to raise significant investments in the Union. However, the leverage factor for individual investment projects may vary, depending on a number of factors such as the actual size and type of a project and on local conditions including the size and financial capabilities of the beneficiary.

3. Conditions for public authorities’ access to financing under the facility

Public authorities requesting financing for investment projects or technical assistance for energy efficiency and renewable energy projects shall comply with the following conditions:

(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.

4. Eligibility and selection criteria for investment projects financed under the facility

Investment projects financed under the facility shall comply with the following eligibility and selection criteria:

(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.

5. Eligibility and selection criteria for technical assistance projects financed under the facility

Technical assistance projects financed under the facility shall comply with the eligibility and selection criteria referred to in point 4(a), (c), (e), (f) and (g).

►M1 LISA ◄ ABIKÕLBLIKUD PROJEKTID A. Gaasi ja elektrienergia infrastruktuuri …

►M1

LISA

◄

ABIKÕLBLIKUD PROJEKTID

A. Gaasi ja elektrienergia infrastruktuuri projektid

1. Gaasivõrkude ühendamine

Projekt	Toetust saava projekti asukoht	Ühenduse kavandatud panus (miljonit eurot)
Lõuna-Euroopa gaasitranspordikoridor
NABUCCO	Austria, Ungari, Bulgaaria, Saksamaa, Rumeenia	200
ITGI – Poseidon	Itaalia, Kreeka	100
Balti riikide võrkude ühendamine
Skanled/Balti gaasijuhe	Poola, Taani, Rootsi	150
Veeldatud maagaas
Veeldatud maagaasi terminal Poola rannikul Świnoujście sadamas	Poola	80
Kesk- ja Kagu-Euroopa
Slovakkia ja Ungari võrkude ühendamine (Veľký Krtíš – Vecsés)	Slovakkia, Ungari	30
Gaasiedastussüsteem Sloveenias Austria piiri ja Ljubljana vahel (v.a Rogateci–Kidričevo lõik)	Sloveenia	40
Bulgaaria ja Kreeka võrkude ühendamine (Stara Zagora – Dimitrovgrad-Komotini)	Bulgaaria, Kreeka	45
Rumeenia ja Ungari gaasivõrkude ühendamine	Rumeenia, Ungari	30
Tšehhi gaasikeskuse ladustamisvõimsuse suurendamine	Tšehhi Vabariik	35
Lühiajalise tarnehäire korral vastassuunas gaasi juurdevoolu võimaldavad seadmed ja infrastruktuur	Austria, Bulgaaria, Tšehhi Vabariik, Eesti, Kreeka, Ungari, Läti, Leedu, Poola, Portugal, Rumeenia, Slovakkia	80
Slovakkia ja Poola võrkude ühendamine	Slovakkia, Poola	20
Ungari ja Horvaatia võrkude ühendamine	Ungari	20
Bulgaaria ja Rumeenia võrkude ühendamine	Bulgaaria, Rumeenia	10
Vahemere piirkond
Prantsusmaa gaasivõrgu tugevdamine teljel Aafrika–Hispaania–Prantsusmaa	Prantsusmaa	200
GALSI (Gazoduc Algérie-Italie)	Itaalia	120
Gaasivõrkude ühendamine, läänetelg, Larrau haru	Hispaania	45
Põhjamere piirkond
Saksamaa–Belgia–Ühendkuningriigi torujuhe	Belgia	35
Prantsusmaa ja Belgia vaheline ühendus	Prantsusmaa, Belgia	200
KOKKU		1 440

2. Elektrivõrkude ühendamine

Projekt	Toetust saava projekti asukoht	Ühenduse kavandatud panus (miljonit eurot)
Balti riikide võrkude ühendamine
Estlink-2	Eesti, Soome	100
Rootsi ja Balti riikide võrkude ühendamine ning Balti ringi tugevdamine	Rootsi, Läti, Leedu	175
Kesk- ja Kagu-Euroopa
Halle/Saale – Schweinfurt	Saksamaa	100
Wien–Győr	Austria, Ungari	20
Vahemere piirkond
Portugali ja Hispaania ühenduse tugevdamine	Portugal	50
Prantsusmaa ja Hispaania võrkude ühendamine (Baixas – Sta Llogaia)	Prantsusmaa, Hispaania	225
Uus merealune vahelduvvoolu-kõrgepingekaabel (380 kV) Sitsiilia ja Itaalia mandriosa vahel (Sorgente–Rizziconi)	Itaalia	110
Põhjamere piirkond
Iirimaa ja Walesi võrkude ühendamine (500 MW) (Meath–Deeside)	Iirimaa, Ühendkuningriik	110
Malta ja Itaalia elektrivõrkude ühendamine	Malta, Itaalia	20
KOKKU		910

3. Väikesaarte projektid

Väikesi eraldatud saari käsitlevad algatused	Küpros	10
Väikesi eraldatud saari käsitlevad algatused	Malta	5
KOKKU		15

B. Avamere tuuleenergia projektid

Projekt	Võimsus	Toetust saava projekti asukoht	Ühenduse kavandatud panus (miljonit eurot)
1. Avamere tuuleenergia sidumine võrku
1.1. Baltic – Kriegers Flak I, II, III Töös olevate projektide edasiarendamine. Rahastamine, mis on suunatud ühendamise ühislahenduse väljatöötamisega kaasnevate lisakulude katmisele.	1,5 GW	Taani, Rootsi, Saksamaa, Poola	150
1.2. Põhjamere võrk Avamerevõrgu mooduli väljatöötamine, virtuaalse avamere elektrijaama katsetamine ja ühendamine olemasoleva maismaavõrguga.	1 GW	Ühendkuningriik, Madalmaad, Saksamaa, Iirimaa, Taani, Belgia, Prantsusmaa, Luksemburg	165
2. Uued tuuleturbiinid, konstruktsioonid ja komponendid, tootmisvõimsuse optimeerimine
2.1. Borkum West II – Bard 1 – Nordsee Ost – Global Tech I Uue põlvkonna mitmemegavatise võimsusega turbiinid (5–7 MW) ja uuenduslikud konstruktsioonid, mis asuvad kaldast kaugel (kuni 100 km) ja sügavamas vees (kuni 40 m).	1,6 GW	Saksamaa	200
2.2. Aberdeeni avamere tuulepark (Euroopa katsekeskus) Töös olevate projektide edasiarendamine. Mitmemegavatiste turbiinide katsetamine. Uuenduslike konstruktsioonide ja konstruktsiooniosade väljatöötamine, sealhulgas avamere tuuleenergia tootmiseks vajalike seadmete tootmisvõimsuse optimeerimine. Kõne alla võib tulla võimsuse suurendamine 100 MW võrra.	0,25 GW	Ühendkuningriik	40
2.3. Thornton Bank Töös oleva projekti edasiarendamine. Kuuenda raamprogrammi vahenditest kaasrahastatud Downvind (Distant Offshore Windfarms with No Visual Impact in Deepwater) projekti kogemustest järelduste tegemine. Downvindi süvavees asuva (kuni 30 m) vähese visuaalse mõjuga (kuni 30 km) katserajatise turbiinide (5 MW) võimsuse suurendamine.	90 MW	Belgia	10
KOKKU			565

C. Süsinikdioksiidi kogumist ja säilitamist käsitlevad projektid

Projekti nimi/asukoht		Ühenduse kavandatud panus (miljonit eurot)	Kütus	Võimsus	Kogumistehnoloogia	Säilitamiskoht
Huerth	Saksamaa	180	Süsi	450 MW	integreeritud gaasistusseadmega kombitsükkel	soolased põhjaveekihid
Jaenschwalde			Süsi	500 MW	hapnikuga põletamine	tühjakspumbatud nafta- ja gaasiväljad
Eemshaven	Madalmaad	180	Süsi	1 200 MW	integreeritud gaasistusseadmega kombitsükkel	tühjakspumbatud nafta- ja gaasiväljad
Rotterdam			Süsi	1 080 MW	tolmpõletus (pulverized combustion – PC)	tühjakspumbatud nafta- ja gaasiväljad
Rotterdam			Süsi	800 MW	tolmpõletus (pulverized combustion – PC)	tühjakspumbatud nafta- ja gaasiväljad
Belchatów	Poola	180	Süsi	858 MW	tolmpõletus (pulverized combustion – PC)	soolased põhjaveekihid
Compostilla (León)	Hispaania	180	Süsi	500 MW	hapnikuga põletamine	soolased põhjaveekihid
Kingsnorth	Ühendkuningriik	180	Süsi	800 MW	tolmpõletus (pulverized combustion – PC)	tühjakspumbatud nafta- ja gaasiväljad
Longannet			Süsi	3 390 MW	tolmpõletus (pulverized combustion – PC)	soolased põhjaveekihid
Tilbury			Süsi	1 600 MW	tolmpõletus (pulverized combustion – PC)	tühjakspumbatud nafta- ja gaasiväljad
Hatfield (Yorkshire)			Süsi	900 MW	integreeritud gaasistusseadmega kombitsükkel	tühjakspumbatud nafta- ja gaasiväljad
Porto Tolle	Itaalia	100	Süsi	660 MW	tolmpõletus (pulverized combustion – PC)
Tööstusliku süsiniku kogumise projekt
Florange	Prantsusmaa	50	CO2 transport tööstusseadmest (terasetehas) maa-alusesse säilitamiskohta (soolased põhjaveekihid)
KOKKU		1 050

▼M1

1.1 Viited

1.2 Tuvastatud nõuded

1.3 Seotud standardid

2. Tuvastatud nõuded

Nõuded
Allikas	Nõue

3. Seotud standardid

Standardid
Allikas	Nõue

Builddate: 24.12.2018 00:00:00 -Doknr: CELEX:32009R0663
EULAW -
European Regulation published on http://eur-lex.europa.eu/