I nostri siti

Gestiamo progetti eolici onshore e offshore, solari, di termovalorizzazione, di biomassa e di stoccaggio di energia in Europa e negli Stati Uniti.

Tutto ciò che facciamo ruota attorno alle partnership: con i proprietari dei terreni, con le comunità che vivono vicino ai nostri progetti, con la forza lavoro locale che contribuisce alla costruzione, al funzionamento e alla manutenzione dei nostri progetti e con i funzionari pubblici.

Consultate le nostre attività in base al Paese, alla tecnologia o alla fase di sviluppo su questa mappa interattiva.’

Name	Country	Technology	No of turbines/ solar panels	Capacity (MW)	CO₂ Saved (T/year)	Status	Additional Summary
A’Chruach	Country UK	Technology Wind	No of turbines/ solar panels 21	Capacity (MW) 43	CO₂ Saved (T/year) 18,545	Status Operational	Capacity 43 Megawatts Production N/A MWh/year CO₂ Saved 18,545 Tonnes/year Senvion MM92 (2MW) and Senvion MM100 (2.03MW)
Ardrossan	Country UK	Technology Wind	No of turbines/ solar panels 15	Capacity (MW) 30	CO₂ Saved (T/year) 16,641	Status Operational	Capacity 30 Megawatts Production 80 MWh/year CO₂ Saved 16,641 Tonnes/year Vestas V80
Assel Valley	Country UK	Technology Wind	No of turbines/ solar panels 10	Capacity (MW) 25	CO₂ Saved (T/year) 20,386	Status Operational	Capacity 25 Megawatts Production 84,000 MWh/year CO₂ Saved 20,386 Tonnes/year The Assel Valley wind farm consists of 10 turbines and is located 5 km from Girvan, South Ayrshire and has been operational since 2017. Funding from Assel Valley is administered by Foundation Scotland.
Auchrobert	Country UK	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 38	CO₂ Saved (T/year) 24,354	Status Operational	Capacity 38 Megawatts Production N/A MWh/year CO₂ Saved 24,354 Tonnes/year The Auchrobert wind farm is located 15 miles south of Glasgow and 3.5 miles south-east of Strathaven and has been operational since 2017. Funding from Auchrobert is administered by Foundation Scotland and South Lanarkshire Renewable Energy Fund.
Bears Down	Country UK	Technology Wind	No of turbines/ solar panels 16	Capacity (MW) 10	CO₂ Saved (T/year) 4,447	Status Operational	Capacity 10 Megawatts Production 21 MWh/year CO₂ Saved 4,447 Tonnes/year Siemens / Bonus B600
Beinn Ghlas	Country UK	Technology Wind	No of turbines/ solar panels 14	Capacity (MW) 8	CO₂ Saved (T/year) 3,511	Status Operational	Capacity 8 Megawatts Production 17 MWh/year CO₂ Saved 3,511 Tonnes/year Bonus B44/600 Go to website
Bellrock	Country UK	Technology Wind	No of turbines/ solar panels	Capacity (MW) 1,200	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 1,200 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Renantis and Blue Float Energy are also working together to develop the Bellrock floating offshore wind farm off the coast of Aberdeen.
Ben Aketil	Country UK	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 28	CO₂ Saved (T/year) 42,262	Status Operational	Capacity 28 Megawatts Production 131,600 MWh/year CO₂ Saved 42,262 Tonnes/year The Ben Aketil wind farm is 11 miles west of the town of Portree on the Isle of Skye and has been operational since 2008. Funding from Ben Aketil is administered by the Dunvegan Trust and benefits community organisations in the local area. Website
Blackstone Edge	Country UK	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 8	CO₂ Saved (T/year) 3,633	Status Operational	Capacity 8 Megawatts Production 18 MWh/year CO₂ Saved 3,633 Tonnes/year Nordex N80, 2500kW
Boyndie	Country UK	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 17	CO₂ Saved (T/year) 10,498	Status Operational	Capacity 17 Megawatts Production N/A MWh/year CO₂ Saved 10,498 Tonnes/year The Boyndie wind farm is located on a former World War II airfield just over a mile inland from the north coast of Aberdeenshire, between Portsoy and Banff and has been operational since 2006. Funding from Boyndie is administered by Whitehills and District Community Council and benefits community organisations in the local area.
Broadshore	Country UK	Technology Wind	No of turbines/ solar panels	Capacity (MW) 900	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 900 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Renantis and Blue Float Energy have formed an equal partnership to develop the Broadshore floating offshore wind farm north of Fraserburgh as part of the ScotWind offshore wind leasing round. Website
Bryn Titli	Country UK	Technology Wind	No of turbines/ solar panels 22	Capacity (MW) 10	CO₂ Saved (T/year) 4,914	Status Operational	Capacity 10 Megawatts Production 24 MWh/year CO₂ Saved 4,914 Tonnes/year The project was originally granted planning permission and was intended to run until 2019, but a new application has been submitted to allow the wind farm to run for many more years, potentially until 2027 as it continues to perform well, and contribute to the local economy and community projects. The wind farm is sited on a plateau just to the north of a Site of Special Scientific Interest between Rhayader and Llangurig, Powys. This was a major factor in the environmental assessment of the project and care was taken in planning the wind farm to avoid areas of ecological interest and to minimise its effect on the local environment. The current planning consent for Bryn Titli Wind Farm ends in 2019. The wind farm has proven to be in an excellent location for renewable energy generation and continues to operate well. It is, therefore, proposed to extend the operational life of the existing Bryn Titli Wind Farm until 31 March 2027 with a further 12 months to allow decommissioning and restoration of the site until 29 June 2028.
Causeymire	Country UK	Technology Wind	No of turbines/ solar panels 21	Capacity (MW) 48	CO₂ Saved (T/year) 20,553	Status Operational	Capacity 48 Megawatts Production 99 MWh/year CO₂ Saved 20,553 Tonnes/year Siemens SWT 2.3 (B82/2300)
Cefn Croes	Country UK	Technology Wind	No of turbines/ solar panels 39	Capacity (MW) 59	CO₂ Saved (T/year) 39,489	Status Operational	Capacity 59 Megawatts Production N/A MWh/year CO₂ Saved 39,489 Tonnes/year The Cefn Croes wind farm consists of 39 turbines and is located near Devils Bridge, 15 km east of Aberystwyth, Wales and has been operational since 2005. Funding from Cefn Croes is administered by Cefn Croes Wind Farm Community Trust.
Dalswinton	Country UK	Technology Wind	No of turbines/ solar panels 15	Capacity (MW) 30	CO₂ Saved (T/year) 10,284	Status Operational	Capacity 30 Megawatts Production 50 MWh/year CO₂ Saved 10,284 Tonnes/year Senvion MM82 2MW
Earlsburn	Country UK	Technology Wind	No of turbines/ solar panels 15	Capacity (MW) 38	CO₂ Saved (T/year) 27,001	Status Operational	Capacity 38 Megawatts Production N/A MWh/year CO₂ Saved 27,001 Tonnes/year The Earlsburn wind farm consists of 15 turbines and is located in the Gargunnock Hills WSW of Stirling and has been operational since 2007. Funding from Earlsburn is administered by Foundation Scotland and benefits organisations in the local area. Website
Earlsburn Extension	Country UK	Technology Wind	No of turbines/ solar panels 7	Capacity (MW) 35	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 35 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Naturalis Energy Development Ltd, una joint venture tra Nadara e Reg Power Management Ltd, sono sviluppatori esperti di energie rinnovabili e hanno intrapreso studi per un parco eolico situato a circa 2,2 km (4 km dal centro del sito) a sud del villaggio di Gargunnock, Stirling. Il progetto costituirebbe un’estensione dell’attuale Earlsburn Wind Farm. Website
Farr	Country UK	Technology Wind	No of turbines/ solar panels 40	Capacity (MW) 92	CO₂ Saved (T/year) 41,826	Status Operational	Capacity 92 Megawatts Production 202 MWh/year CO₂ Saved 41,826 Tonnes/year Siemens SWT 2.3 (B82/2300)
Ffynnon Oer	Country UK	Technology Wind	No of turbines/ solar panels 16	Capacity (MW) 32	CO₂ Saved (T/year) 11,679	Status Operational	Capacity 32 Megawatts Production 56 MWh/year CO₂ Saved 11,679 Tonnes/year Senvion MM70
Galawhistle	Country UK	Technology Wind	No of turbines/ solar panels 22	Capacity (MW) 66	CO₂ Saved (T/year) 29,246	Status Operational	Capacity 66 Megawatts Production 141 MWh/year CO₂ Saved 29,246 Tonnes/year Vestas V90 3MW
Glenkerie	Country UK	Technology Wind	No of turbines/ solar panels 11	Capacity (MW) 22	CO₂ Saved (T/year) 11,484	Status Operational	Capacity 22 Megawatts Production 55 MWh/year CO₂ Saved 11,484 Tonnes/year Vestas V80, 2000kW
Glyn Taff	Country UK	Technology Solar	No of turbines/ solar panels	Capacity (MW) 37	CO₂ Saved (T/year) 15,000	Status Awaiting authorisation	Capacity 37 Megawatts Production 35,000 MWh/year CO₂ Saved 15,000 Tonnes/year Il sito è situato in posizione ideale per l’accesso alla rete elettrica locale, essendo a soli 3 km dalla sottostazione più vicina a Upper Boat, Treforest. L’elettricità generata entrerà nella rete di trasmissione della rete nazionale e sarà trasportata in tutto il Galles.
Gordonstown Hill	Country UK	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 13	CO₂ Saved (T/year) 5,315	Status Operational	Capacity 13 Megawatts Production 26 MWh/year CO₂ Saved 5,315 Tonnes/year Nordex N90 Gamma 2.5MW
Hill of Fiddes	Country UK	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 7	CO₂ Saved (T/year) 2,381	Status Operational	Capacity 7 Megawatts Production 12 MWh/year CO₂ Saved 2,381 Tonnes/year Enercon E70
Kilbraur	Country UK	Technology Wind	No of turbines/ solar panels 27	Capacity (MW) 68	CO₂ Saved (T/year) 42,011	Status Operational	Capacity 68 Megawatts Production N/A MWh/year CO₂ Saved 42,011 Tonnes/year The Kilbraur wind farm is situated around 6 miles north-west of Golspie, Sutherland and has been operational since 2009. Funding from Kilbraur is administered by the Kilbaur Windfarm Community Benefit Trust and benefits organisations in the local area.
Kingsburn	Country UK	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 23	CO₂ Saved (T/year) 19,784	Status Operational	Capacity 23 Megawatts Production N/A MWh/year CO₂ Saved 19,784 Tonnes/year The Kingsburn wind farm is situated in the Gargunnock Hills 12 miles WSW of Stirling and has been operational since 2016. Funding from Kingsburn is administered by Foundation Scotland and benefits organisations in the local area.
Kirkby Moor	Country UK	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 5	CO₂ Saved (T/year) 1,440	Status Operational	Capacity 5 Megawatts Production 7 MWh/year CO₂ Saved 1,440 Tonnes/year Vestas V34 (DWT WD34)
Knockkippen	Country UK	Technology Wind	No of turbines/ solar panels 11	Capacity (MW) 60	CO₂ Saved (T/year) 35,972	Status Awaiting authorisation	Capacity 60 Megawatts Production 186,000 MWh/year CO₂ Saved 35,972 Tonnes/year Naturalis Energy Developments Ltd ha sviluppato proposte per un parco eolico con il potenziale di stoccaggio solare e di batterie in loco, sul bordo meridionale della foresta di North Kyle tra Patna e Rankinston. Il sito proposto per il parco eolico di Knockkippen, si affaccia su diverse ex miniere a cielo aperto. Tra il 1849 e il 1965 c’erano circa 52 miniere di pietra di ferro e carbone nell’area di Patna e l’estrazione mineraria era il pilastro dell’economia locale, ma le successive chiusure dei pozzi hanno avuto un impatto negativo sull’occupazione e sull’economia locali. Questo progetto di energia rinnovabile aiuterà l’economia locale – e scozzese – a raggiungere il suo obiettivo a zero emissioni di carbonio entro il 2045, generando energia pulita e verde dalla natura. Website
Knockshinnoch	Country UK	Technology Wind	No of turbines/ solar panels 2	Capacity (MW) 5	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 5 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year
Lambrigg	Country UK	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 7	CO₂ Saved (T/year) 1,892	Status Operational	Capacity 7 Megawatts Production 9 MWh/year CO₂ Saved 1,892 Tonnes/year Siemens Bonus B62 1300
Lisset Airfield	Country UK	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 30	CO₂ Saved (T/year) 13,551	Status Operational	Capacity 30 Megawatts Production N/A MWh/year CO₂ Saved 13,551 Tonnes/year Nordex N90
Llyn Alaw	Country UK	Technology Wind	No of turbines/ solar panels 34	Capacity (MW) 20	CO₂ Saved (T/year) 9,777	Status Operational	Capacity 20 Megawatts Production 47 MWh/year CO₂ Saved 9,777 Tonnes/year Bonus B44/600
Llywelyn	Country UK	Technology Wind	No of turbines/ solar panels	Capacity (MW) 1,000	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 1,000 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Renantis and BlueFloat Energy are also developing the Llywelyn Offshore Wind Farm off the coasts of Devon and Cornwall.
Low Spinney	Country UK	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 8	CO₂ Saved (T/year) 4,575	Status Operational	Capacity 8 Megawatts Production 22 MWh/year CO₂ Saved 4,575 Tonnes/year Senvion MM92
Millennium	Country UK	Technology Wind	No of turbines/ solar panels	Capacity (MW) 65	CO₂ Saved (T/year) 43,001	Status Operational	Capacity 65 Megawatts Production N/A MWh/year CO₂ Saved 43,001 Tonnes/year The Millennium wind farm is situated 6 miles west of Fort Augustus and has been operational since 2009. Funding from Millennium is administered by Fort Augustus and Glenmoriston Community Company and the Glengarry Trust.
Millennium East	Country UK	Technology Wind	No of turbines/ solar panels 26	Capacity (MW) 56	CO₂ Saved (T/year) 43,617	Status Awaiting authorisation	Capacity 56 Megawatts Production 124,067 MWh/year CO₂ Saved 43,617 Tonnes/year Poiché diventa vitale combattere il cambiamento climatico producendo più elettricità da fonti rinnovabili, consentendo l’eliminazione graduale dei combustibili fossili, proponiamo di estendere l’attuale parco eolico del Millennio a ovest di Fort Augustus e a nord di Invergarry. La nostra proposta è per un massimo di otto turbine eoliche a est del parco eolico esistente con una capacità installata di circa 56 MW Website
Minsca	Country UK	Technology Wind	No of turbines/ solar panels 16	Capacity (MW) 37	CO₂ Saved (T/year) 17,283	Status Operational	Capacity 37 Megawatts Production 83 MWh/year CO₂ Saved 17,283 Tonnes/year Siemens SWT 2.3MW
Mynydd Clogau	Country UK	Technology Wind	No of turbines/ solar panels 17	Capacity (MW) 14	CO₂ Saved (T/year) 5,986	Status Operational	Capacity 14 Megawatts Production 29 MWh/year CO₂ Saved 5,986 Tonnes/year Vestas V52 Website
Mynydd Fforch Dwm	Country UK	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 26	CO₂ Saved (T/year) 16,569	Status Awaiting authorisation	Capacity 26 Megawatts Production 85,670 MWh/year CO₂ Saved 16,569 Tonnes/year Mynydd Fforch-Dwm Wind Farm è una proposta di Naturalis Energy per fornire energia pulita e priva di emissioni di carbonio alle case e alle imprese in tutto il Galles meridionale, con un nuovo parco di energia rinnovabile vicino al villaggio di Tonmawr a Neath Port Talbot. Naturalis è una joint venture tra Nadara e REG Windpower, due importanti società di energia rinnovabile che alimentano milioni di case nel Regno Unito e in Europa. Website
Mynydd Gorddu	Country UK	Technology Wind	No of turbines/ solar panels 19	Capacity (MW) 11	CO₂ Saved (T/year) 5,507	Status Operational	Capacity 11 Megawatts Production 27 MWh/year CO₂ Saved 5,507 Tonnes/year Neg Micon Website
North Steads	Country UK	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 18	CO₂ Saved (T/year) 9,447	Status Operational	Capacity 18 Megawatts Production 46 MWh/year CO₂ Saved 9,447 Tonnes/year Senvion MM92
Novar	Country UK	Technology Wind	No of turbines/ solar panels 34	Capacity (MW) 17	CO₂ Saved (T/year) 6,749	Status Operational	Capacity 17 Megawatts Production 33 MWh/year CO₂ Saved 6,749 Tonnes/year Bonus (Seimens)
Nutberry	Country UK	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 15	CO₂ Saved (T/year) 12,913	Status Operational	Capacity 15 Megawatts Production N/A MWh/year CO₂ Saved 12,913 Tonnes/year The Nutberry wind farm is located near Nutberry Hill, 4 miles west of Coalburn in South Lanarkshire and has been operational since 2013. Funding from Nutberry is administered by South Lanarkshire Renewable Energy Fund.
Petroc	Country UK	Technology Wind	No of turbines/ solar panels	Capacity (MW) 1,000	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 1,000 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Petroc is one of two floating offshore wind projects under development by Renantis and BlueFloat Energy in the Celtic Sea, 40 miles off the coast of Pembrokeshire in Wales.
Rheidol	Country UK	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 2	CO₂ Saved (T/year) 1,233	Status Operational	Capacity 2 Megawatts Production 6 MWh/year CO₂ Saved 1,233 Tonnes/year 0.3MW Bonus Mk III
Seamer	Country UK	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 5,202	Status Operational	Capacity 10 Megawatts Production 25 MWh/year CO₂ Saved 5,202 Tonnes/year Senvion MM92
Sisters	Country UK	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 8	CO₂ Saved (T/year) 4,676	Status Operational	Capacity 8 Megawatts Production 23 MWh/year CO₂ Saved 4,676 Tonnes/year Senvion MM92
Spaldington Airfield	Country UK	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 12	CO₂ Saved (T/year) 6,640	Status Operational	Capacity 12 Megawatts Production N/A MWh/year CO₂ Saved 6,640 Tonnes/year The Spaldington Airfield wind farm consists of 5 turbines and is located approximately 13 km north of Goole, South Yorkshire and has been operational since 2016. Funding from Spaldington is provided by the Spaldington Wind Farm Community Fund administered by East Riding of Yorkshire Council.
Stromar	Country UK	Technology Wind	No of turbines/ solar panels	Capacity (MW) 1,000	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 1,000 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Renantis, Orsted and Blue Float Energy have joined forces to develop the Stromar floating offshore wind farm off the coast of Caithness as part of the ScotWind leasing round.
Taff Ely	Country UK	Technology Wind	No of turbines/ solar panels 20	Capacity (MW) 9	CO₂ Saved (T/year) 3,986	Status Operational	Capacity 9 Megawatts Production 19 MWh/year CO₂ Saved 3,986 Tonnes/year Vestas / Nordtank NTK450 (450kW)
Tedder Hill	Country UK	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 8	CO₂ Saved (T/year) 3,829	Status Operational	Capacity 8 Megawatts Production 18 MWh/year CO₂ Saved 3,829 Tonnes/year Nordex N90
Tow Law	Country UK	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 2	CO₂ Saved (T/year) 920	Status Operational	Capacity 2 Megawatts Production 4 MWh/year CO₂ Saved 920 Tonnes/year Nordex N50
Trysglwyn	Country UK	Technology Wind	No of turbines/ solar panels 14	Capacity (MW) 6	CO₂ Saved (T/year) 2,567	Status Operational	Capacity 6 Megawatts Production 12 MWh/year CO₂ Saved 2,567 Tonnes/year Bonus 450
West Browncastle	Country UK	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 30	CO₂ Saved (T/year) 17,578	Status Operational	Capacity 30 Megawatts Production N/A MWh/year CO₂ Saved 17,578 Tonnes/year The West Browncastle facility consists of 12 turbines and is located 9 km west of Strathaven, South Lanarkshire and has been operational since 2014. Funding from West Browncastle is administered by South Lanarkshire Renewable Energy Fund.
Westfield	Country UK	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 3,310	Status Operational	Capacity 10 Megawatts Production 16 MWh/year CO₂ Saved 3,310 Tonnes/year Nordex N90
Wingates	Country UK	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 15	CO₂ Saved (T/year) 7,282	Status Operational	Capacity 15 Megawatts Production 35 MWh/year CO₂ Saved 7,282 Tonnes/year Nordex N90
Ayssenes – Le Truel	Country France	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 12	CO₂ Saved (T/year) 1,250	Status Operational	Capacity 12 Megawatts Production 23 MWh/year CO₂ Saved 1,250 Tonnes/year The plant has an installed capacity of 12 MW that consists of 8 using the technology of Acciona AW82
Beaurevoir	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 1,025	Status Operational	Capacity 10 Megawatts Production 19 MWh/year CO₂ Saved 1,025 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Gamesa G90
Blés d’Or	Country France	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 9	CO₂ Saved (T/year) 913	Status Operational	Capacity 9 Megawatts Production 17 MWh/year CO₂ Saved 913 Tonnes/year The plant has an installed capacity of 9 MW that consists of 3 using the technology of Ecotecnia EC-100
Bois Ballay	Country France	Technology Wind	No of turbines/ solar panels	Capacity (MW) 12	CO₂ Saved (T/year) 1,560	Status Operational	Capacity 12 Megawatts Production N/A MWh/year CO₂ Saved 1,560 Tonnes/year The Bois Ballay wind farm is located in the commune of Mareuil-sur-Arnon, 26 km southwest of Bourges, in the Cher department (18), on an open agricultural plateau. Commissioned in September 2011, it consists of 5 Nordex N100 wind turbines of 2.5 MW each for a total power of 12.5 MW.
Bourbriac	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 1,059	Status Operational	Capacity 10 Megawatts Production 22 MWh/year CO₂ Saved 1,059 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V90
Calanhel	Country France	Technology Wind	No of turbines/ solar panels 11	Capacity (MW) 9	CO₂ Saved (T/year) 853	Status Operational	Capacity 9 Megawatts Production 16 MWh/year CO₂ Saved 853 Tonnes/year The plant has an installed capacity of 9,35 MW that consists of 11 using the technology of Gamesa G58
Canet – Pont de Salars	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,161	Status Operational	Capacity 12 Megawatts Production 22 MWh/year CO₂ Saved 1,161 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Clos Bataille	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 1,121	Status Operational	Capacity 10 Megawatts Production 21 MWh/year CO₂ Saved 1,121 Tonnes/year The plant has an installed capacity of 10 MW that consists of 4 using the technology of Nordex N90
Croissanville Les Perelles	Country France	Technology Solar	No of turbines/ solar panels	Capacity (MW) 21	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 21 Megawatts Production 23,000 MWh/year CO₂ Saved N/A Tonnes/year Il progetto dell’azienda agricola agrivoltaica Perelles si trova nella città di Mézidon Vallée d’Auge nel Calvados.
Dammarie	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,840	Status Operational	Capacity 12 Megawatts Production 34 MWh/year CO₂ Saved 1,840 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Eolteam	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,432	Status Operational	Capacity 12 Megawatts Production N/A MWh/year CO₂ Saved 1,432 Tonnes/year The Eolteam wind farm is located in the communes of Vitry-la-Ville, Coupetz, Faux-Vésigneul and Togny-aux-bœufs, 12 km south of Châlons-en-Champagne, in the Marne department (51), on a vast open agricultural plateau. Commissioned in August 2006, it consists of 6 Senvion MM82 wind turbines of 2 MW each for a total power of 12 MW.
Escardes	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,989	Status Operational	Capacity 12 Megawatts Production 37 MWh/year CO₂ Saved 1,989 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V100
Esquennoy	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 13	CO₂ Saved (T/year) 1,600	Status Operational	Capacity 13 Megawatts Production N/A MWh/year CO₂ Saved 1,600 Tonnes/year The Breteuil-Esquennoy wind farm is located in the communes of Breteuil and Esquennoy, 90 km north of Paris, in the department of Oise (60), on a vast open agricultural plateau. Commissioned in 2009, it consists of 5 Nordex N90 wind turbines of 2.50 MW each for a total power of 12.5 MW.
Francourville	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,741	Status Operational	Capacity 12 Megawatts Production 32 MWh/year CO₂ Saved 1,741 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Gueltas	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 9	CO₂ Saved (T/year) 877	Status Operational	Capacity 9 Megawatts Production 16 MWh/year CO₂ Saved 877 Tonnes/year The plant has an installed capacity of 9 MW that consists of 6 using the technology of Repower MD77
Illois	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 765	Status Operational	Capacity 12 Megawatts Production 28,000 MWh/year CO₂ Saved 765 Tonnes/year The windfarm of Illois was inaugurated in september 2022 with 6 turbines of 2MW. An estimated annual production of around 28 GWh, enough to power approximately 6,600 households. We developped an community benefits scheme with the association “Bien Vivre à Illois” to finance local projects for the village and people. Website
Keranfouler	Country France	Technology Wind	No of turbines/ solar panels 7	Capacity (MW) 9	CO₂ Saved (T/year) 736	Status Operational	Capacity 9 Megawatts Production 14 MWh/year CO₂ Saved 736 Tonnes/year The plant has an installed capacity of 9,1 MW that consists of 7 using the technology of Siemens Bonus1,3
La Mardelle	Country France	Technology Wind	No of turbines/ solar panels 2	Capacity (MW) 6	CO₂ Saved (T/year) 798	Status Operational	Capacity 6 Megawatts Production 15 MWh/year CO₂ Saved 798 Tonnes/year The plant has an installed capacity of 6 MW that consists of 2 using the technology of Ecotecnia EC-100
Lazenay II	Country France	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 22	CO₂ Saved (T/year) N/A	Status Operational	Capacity 22 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year The plant has an installed capacity of 21,6 MW that consists of 9 using the technology of Nordex N117 (2.4 MW)
Le Fouy	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 12,500	Status Operational	Capacity 10 Megawatts Production N/A MWh/year CO₂ Saved 12,500 Tonnes/year The Fouy wind farm is located in the commune of Chemillé-en-Anjou, 16 km north-east of Cholet, in the department of Maine-et-Loire (49). The project involved both the former communes of La Chapelle-Rousselin and Saint-Georges-des-Gardes. The wind farm consists of 4 Nordex 90LS wind turbines of 2.5 MW each for a total output of 10 MW. It provides clean energy to almost 4,000 homes, while reducing greenhouse gas emissions by approximately 12,500 tonnes per year.
Le Gollot	Country France	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 10	CO₂ Saved (T/year) 786	Status Operational	Capacity 10 Megawatts Production 15 MWh/year CO₂ Saved 786 Tonnes/year The plant has an installed capacity of 10,4 MW that consists of 8 using the technology of Siemens Bonus1,3
Le Mée	Country France	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 9	CO₂ Saved (T/year) 1,082	Status Operational	Capacity 9 Megawatts Production 20 MWh/year CO₂ Saved 1,082 Tonnes/year The plant has an installed capacity of 9 MW that consists of 3 using the technology of Ecotecnia EC-100
Les Coudrays	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 1,143	Status Operational	Capacity 10 Megawatts Production N/A MWh/year CO₂ Saved 1,143 Tonnes/year Coudrays wind farm, located in the commune of Sainte-Thorette in France’s Centre-Val de Loire region, went into operation in June 2011, for a production capacity of 10 MW.
Les Crêtes	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 12,500	Status Operational	Capacity 10 Megawatts Production N/A MWh/year CO₂ Saved 12,500 Tonnes/year The Crêtes wind farm is located in the communes of La Tourlandry and Coron, 20 km north-east of Cholet, in the department of Maine-et-Loire (49), in a bocage agricultural area. It consists of 4 Nordex 90LS wind turbines of 2.5 MW each for a total power of 10 MW.
Les Youïs	Country France	Technology Solar	No of turbines/ solar panels	Capacity (MW) 5	CO₂ Saved (T/year) 5,828	Status Awaiting authorisation	Capacity 5 Megawatts Production 6,480 MWh/year CO₂ Saved 5,828 Tonnes/year Il progetto del parco fotovoltaico Youïs si trova nel comune di Longué-Jumelles nel Maine-et-Loire. Website
Marcellois	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 11	CO₂ Saved (T/year) 1,580	Status Operational	Capacity 11 Megawatts Production 30 MWh/year CO₂ Saved 1,580 Tonnes/year The plant has an installed capacity of 10,8 MW that consists of 6 using the technology of Vestas V100
Massingy	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 11	CO₂ Saved (T/year) 1,425	Status Operational	Capacity 11 Megawatts Production 27 MWh/year CO₂ Saved 1,425 Tonnes/year The plant has an installed capacity of 10,8 MW that consists of 6 using the technology of Vestas V100
Mazeray-Bignay	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 12	CO₂ Saved (T/year) 1,264	Status Operational	Capacity 12 Megawatts Production N/A MWh/year CO₂ Saved 1,264 Tonnes/year The Mazeray-Bignay wind farm is located in the communes of Mazeray and Bignay, 21 km north of Saintes, in the Charente-Maritime department (17), on an open agricultural plateau along the A10 motorway. Commissioned in March 2013, it consists of 5 Nordex N90 wind turbines of 2.5 MW each for a total power of 12.5 MW.
Montagne Fayel	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,652	Status Operational	Capacity 12 Megawatts Production 31 MWh/year CO₂ Saved 1,652 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V100
Montloué	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 8	CO₂ Saved (T/year) 774	Status Operational	Capacity 8 Megawatts Production 14 MWh/year CO₂ Saved 774 Tonnes/year The plant has an installed capacity of 8 MW that consists of 4 using the technology of Enercon E-70
Noyales	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 1,330	Status Operational	Capacity 10 Megawatts Production N/A MWh/year CO₂ Saved 1,330 Tonnes/year The Noyales wind farm is located in the communes of Noyales and Hauteville, 18 km north-east of Saint-Quentin, in the Aisne department (02), on a vast open agricultural plateau. Commissioned in August 2009, it consists of 5 Fuhrländer FL 2500/90 wind turbines of 2.50 MW each for a total power of 12.5 MW.
Patay	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,811	Status Operational	Capacity 12 Megawatts Production 34 MWh/year CO₂ Saved 1,811 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Pauvres	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 15	CO₂ Saved (T/year) 2,019	Status Operational	Capacity 15 Megawatts Production 38 MWh/year CO₂ Saved 2,019 Tonnes/year The plant has an installed capacity of 15 MW that consists of 5 using the technology of Vestas V117
Petite Piéce	Country France	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 3	CO₂ Saved (T/year) 200	Status Operational	Capacity 3 Megawatts Production 4 MWh/year CO₂ Saved 200 Tonnes/year The plant has an installed capacity of 3 MW that consists of 1 using the technology of Ecotecnia EC-100
Pièces de Vignes	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 12	CO₂ Saved (T/year) 1,378	Status Operational	Capacity 12 Megawatts Production 26 MWh/year CO₂ Saved 1,378 Tonnes/year The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100
Plouvien	Country France	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 10	CO₂ Saved (T/year) 656	Status Operational	Capacity 10 Megawatts Production 12 MWh/year CO₂ Saved 656 Tonnes/year The plant has an installed capacity of 10,4 MW that consists of 8 using the technology of Siemens Bonus1,3
Preuseville	Country France	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 6	CO₂ Saved (T/year) 888	Status Operational	Capacity 6 Megawatts Production 17 MWh/year CO₂ Saved 888 Tonnes/year The plant has an installed capacity of 6 MW that consists of 3 using the technology of Vestas V100
Prouville	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,688	Status Operational	Capacity 12 Megawatts Production 32 MWh/year CO₂ Saved 1,688 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Prouville Extension	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 8	CO₂ Saved (T/year) 1,163	Status Operational	Capacity 8 Megawatts Production 22 MWh/year CO₂ Saved 1,163 Tonnes/year The plant has an installed capacity of 8 MW that consists of 4 using the technology of Vestas V90
Quélouarn	Country France	Technology Wind	No of turbines/ solar panels	Capacity (MW) N/A	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity N/A Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Stiamo sviluppando un progetto eolico nella città di Plouigneau nel settore di Quélouarn. Sono in corso studi ambientali e tecnici per meglio definire le problematiche locali e analizzare la fattibilità del progetto. L’obiettivo di questo progetto è produrre elettricità rinnovabile, contribuendo così alla decarbonizzazione del nostro mix energetico, alla nostra sovranità energetica e alla produzione di elettricità a un prezzo competitivo. Website
Quinze Mines	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 12	CO₂ Saved (T/year) 1,633	Status Operational	Capacity 12 Megawatts Production 30 MWh/year CO₂ Saved 1,633 Tonnes/year The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100
Roman Blandey	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 1,309	Status Operational	Capacity 10 Megawatts Production 24 MWh/year CO₂ Saved 1,309 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V90
Saint Alban Henansal	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 1,236	Status Operational	Capacity 10 Megawatts Production 23 MWh/year CO₂ Saved 1,236 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V90
Saint Barnabé	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,355	Status Operational	Capacity 12 Megawatts Production 25 MWh/year CO₂ Saved 1,355 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Saint Jacques	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 12	CO₂ Saved (T/year) 1,175	Status Operational	Capacity 12 Megawatts Production 22 MWh/year CO₂ Saved 1,175 Tonnes/year The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100
Sauvageons	Country France	Technology Wind	No of turbines/ solar panels 2	Capacity (MW) 6	CO₂ Saved (T/year) 691	Status Operational	Capacity 6 Megawatts Production 13 MWh/year CO₂ Saved 691 Tonnes/year The plant has an installed capacity of 6 MW that consists of 2 using the technology of Ecotecnia EC-100
Segur	Country France	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 1,160	Status Operational	Capacity 12 Megawatts Production 22 MWh/year CO₂ Saved 1,160 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Tarzy	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 8	CO₂ Saved (T/year) 1,290	Status Operational	Capacity 8 Megawatts Production 24 MWh/year CO₂ Saved 1,290 Tonnes/year The plant has an installed capacity of 8 MW that consists of 4 using the technology of Vestas V100
Truc de l’Homme	Country France	Technology Wind	No of turbines/ solar panels 7	Capacity (MW) 12	CO₂ Saved (T/year) 942	Status Operational	Capacity 12 Megawatts Production 18 MWh/year CO₂ Saved 942 Tonnes/year The plant has an installed capacity of 11,69 MW that consists of 7 using the technology of Ecotecnia EC-74
Ty-Ru	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 16,000	Status Operational	Capacity 10 Megawatts Production N/A MWh/year CO₂ Saved 16,000 Tonnes/year This wind farm is located near the English Channel, 6 miles to the east of Morlaix and very close to the national road going to Brest and Rennes. Around half a mile south of the site is the Monts d’Arrée massif, the highest point in Brittany (1,263 feet). In the surrounding area, the land is used partly for agriculture and party for local and regional light industry. The land on which the site is located belongs to private owners who use it for agriculture and stockbreeding. Energy production is channeled to an EDF power station approximately 5 miles away via an underground cable following existing roads, precisely to minimize the environmental impact. For the construction of the wind farm, turbines with a power of around 2 MW were chosen, for a total installed power of 10 MW. Clean energy produced per year equivalent to the needs of: Around 5,000 households Amount of CO2 saved: around 16 tons per year.
Vallée du Moulin	Country France	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 12	CO₂ Saved (T/year) 1,314	Status Operational	Capacity 12 Megawatts Production 25 MWh/year CO₂ Saved 1,314 Tonnes/year The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100
Varimpré	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 13	CO₂ Saved (T/year) 1,528	Status Operational	Capacity 13 Megawatts Production 29 MWh/year CO₂ Saved 1,528 Tonnes/year The plant has an installed capacity of 12,5 MW that consists of 5 using the technology of Nordex N90
Vatines	Country France	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 13	CO₂ Saved (T/year) 1,285	Status Operational	Capacity 13 Megawatts Production 24 MWh/year CO₂ Saved 1,285 Tonnes/year The plant has an installed capacity of 12,5 MW that consists of 5 using the technology of Nordex N90
Aquileia	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 9	CO₂ Saved (T/year) 4,566	Status Awaiting authorisation	Capacity 9 Megawatts Production 17,000 MWh/year CO₂ Saved 4,566 Tonnes/year L’impianto fotovoltaico verrà costruito in provincia di Udine e avrà una potenza nominale complessiva di circa 9,9 MW. Si tratta di un terreno a destinazione agricola di una superficie complessiva di circa 21 ettari lordi che presenta struttura orografica regolare e prevalentemente pianeggiante. Nel progetto di Aquileia sono state adottate soluzioni tecnologiche di ultima generazione che consentono un ottimale utilizzo del territorio. Website
Astra	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 40	CO₂ Saved (T/year) 23,900	Status Awaiting authorisation	Capacity 40 Megawatts Production 89,235 MWh/year CO₂ Saved 23,900 Tonnes/year L’impianto sarà collocato tra i Comuni di Castronovo di Sicilia e Roccapalumba, in provincia di Palermo, e sarà costituito da 6 turbine di 6,6 MW di potenza unitaria, una altezza al mozzo pari a 115 metri ed un diametro di 170 metri. Website
Biddine	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 35	CO₂ Saved (T/year) 19,500	Status Awaiting authorisation	Capacity 35 Megawatts Production 72,700 MWh/year CO₂ Saved 19,500 Tonnes/year L’impianto fotovoltaico Biddine ricadrà nel territorio del Comune di Acate (RG), mentre le opere di connessione alla rete elettrica nazionale ricadranno nel Comune di Caltagirone (CT) e prevedono il collegamento alla rete AT di Terna sulla linea RTN (Rete di Trasmissione Nazionale) “Favara – Chiaramonte Gulfi”. Website
Big Fish	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 227	CO₂ Saved (T/year) 119,500	Status Awaiting authorisation	Capacity 227 Megawatts Production 445,000 MWh/year CO₂ Saved 119,500 Tonnes/year L’impianto e le opere di connessione alla rete elettrica nazionale ricadranno nel territorio dei comuni di Catania, Lentini e Motta Sant’Anastasia e prevedono il collegamento alla rete AT di Terna nella stazione elettrica di Pantano d’Arci, in corso di realizzazione. Website
Buddusò-Alà dei Sardi	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 138	CO₂ Saved (T/year) 72,598	Status Operational	Capacity 138 Megawatts Production 330 MWh/year CO₂ Saved 72,598 Tonnes/year This wind farm has an installed capacity of 138 MW and is equipped with 69 turbines. It is located toward the north-east of the island of Sardinia in the province of Sassari, on a plateau between 2,300 and 3,300 feet above sea level. The excellent wind characteristics, the favorable conditions for connection to the electricity grid, the modest environmental impact and the positive effect on local communities make Buddusò and Alà dei Sardi one of the most appealing areas in Italy for building a wind farm. This farm can generate around 330 GWh of electricity per year, positioning it as Italy’s largest wind farm and one of the biggest in Europe. UNI EN ISO 14001:2015 ISO 14001:2015
C.da Cangiatore	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 10	CO₂ Saved (T/year) 5,300	Status Awaiting authorisation	Capacity 10 Megawatts Production 19,800 MWh/year CO₂ Saved 5,300 Tonnes/year L’impianto fotovoltaico di Cangiatore ricadrà nel territorio del Comune di Belpasso, in contrada Cangiatore e sarà collegato alla rete MT di E-Distribuzione mediante l’esistente “Cabina Belpasso”.
Capofeto	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 8	CO₂ Saved (T/year) 4,100	Status Awaiting authorisation	Capacity 8 Megawatts Production 15,400 MWh/year CO₂ Saved 4,100 Tonnes/year Capofeto photovoltaic plant, in the province of Trapani, will have a total nominal power of 7.8 MWp (Megawatt peak). The plant will be located in the municipality of Marsala, in the Baglio Chitarra district, and it will be connected to E-Distribuzione’s MV network through the Matarocco Primary Cabin. Website
Cardonita – Centuripe	Country Italy	Technology Solar	No of turbines/ solar panels 69	Capacity (MW) 4	CO₂ Saved (T/year) 2,480	Status Operational	Capacity 4 Megawatts Production N/A MWh/year CO₂ Saved 2,480 Tonnes/year This plant is grid connected, namely, it is connected to the public distribution network into which the energy produced is supplied, so there is no need to install electricity accumulators. The photovoltaic modules consist of 16,440 polycrystalline silicon photovoltaic cells with stable performance over time and a high return. The cells are encapsulated within a layer of EVA, a non-hygroscopic UV-stable polymer, and tempered glass. The modules are south facing and tilted at a 20° angle, defined so as to optimize the annual yield in a way that is compatible with the need to limit mutual shading and the area available.
Castrum	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 30	CO₂ Saved (T/year) 46,000	Status Awaiting authorisation	Capacity 30 Megawatts Production 86,000 MWh/year CO₂ Saved 46,000 Tonnes/year Castrum è un progetto di parco eolico situato nel Comune di Castronovo di Sicilia (PA) e, per le opere di connessione, nel Comune di Cammarata (AG). Website
Cerro	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 46	CO₂ Saved (T/year) 21,772	Status Awaiting authorisation	Capacity 46 Megawatts Production 81,059 MWh/year CO₂ Saved 21,772 Tonnes/year L’impianto fotovoltaico è ubicato nel territorio del comune di San Paolo di Civitate (FG), in Puglia. Ha una potenza nominale complessiva di circa 46 MW generata in 14 campi fotovoltaici collegati tra loro tramite cavidotti interrati. I terreni sono di tipo agricolo e presentano struttura orografica regolare e prevalentemente pianeggiante per un’estensione complessiva di circa 64 ettari. Website
Cocciolete	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 7	CO₂ Saved (T/year) 3,088	Status Awaiting authorisation	Capacity 7 Megawatts Production 11,500 MWh/year CO₂ Saved 3,088 Tonnes/year L’impianto fotovoltaico è situato nella Regione Molise a circa 3,5 km dal centro abitato del comune di Campomarino. Website
Donema	Country Italy	Technology Solar	No of turbines/ solar panels 6	Capacity (MW) 1	CO₂ Saved (T/year) 252	Status Operational	Capacity 1 Megawatts Production 1,000 MWh/year CO₂ Saved 252 Tonnes/year Renantis acquires a photovoltaic plant with a capacity of 950 KWp, through the sale of a business from the company BRYO Spa for a value of €2.3 million. The plant is located in Castel S.Pietro, in the countryside near Bologna; in operation since 2011, it has an average annual production of about 1GWh of green energy.
Galatone Zona Ind.	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 7	CO₂ Saved (T/year) 3,300	Status Under construction	Capacity 7 Megawatts Production 12,200 MWh/year CO₂ Saved 3,300 Tonnes/year The Galatone photovoltaic plant in the province of Lecce has a total rated power of 6.5 MW. The plant covers an area of 9.58 hectares in the industrial area of the municipality of Galatone and it will be connected to the power grid through an overhead MV power line in cable that will affect the municipalities of Galatina and Galatone.
Garisi	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 57	CO₂ Saved (T/year) 31,200	Status Awaiting authorisation	Capacity 57 Megawatts Production 116,300 MWh/year CO₂ Saved 31,200 Tonnes/year Il progetto del parco agrivoltaico Garisi interessa le province di Palermo e Caltanissetta ed occuperà una superficie di circa 129 ettari di terreno per una potenza nominale complessiva di 57 MWp. Il progetto combina produzione agricola ed energia rinnovabile, con la messa a dimora di un sistema colturale ‘agro-silvo-pastorale’ individuato in collaborazione con esperti dottori agronomi. Gli impianti risultano in questo modo sostenibili dal punto di vista agricolo ed ambientale, e in grado di coniugare le esigenze di sviluppo delle energie rinnovabili e la consueta pratica agricola. Website
Granarolo dell’Emilia	Country Italy	Technology Waste to energy	No of turbines/ solar panels	Capacity (MW) 22	CO₂ Saved (T/year) N/A	Status Operational	Capacity 22 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year This waste-to-energy plant went into industrial operation at the end of 2005 and is owned by the company FEA S.r.l., held by Herambiente S.r.l. (51%), a Hera Group company, and Renantis (49%). The plant consists of two independent waste-to-energy lines with an energy recovery system for generating electric and thermal energy. The thermal energy is sold to the district heating network managed by Hera S.p.A. and can meet the thermal energy requirements of around 2,500 households.
Iron	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 38	CO₂ Saved (T/year) 20,800	Status Awaiting authorisation	Capacity 38 Megawatts Production 77,600 MWh/year CO₂ Saved 20,800 Tonnes/year L’impianto fotovoltaico ricadrà interamente nel territorio del Comune di Ramacca, in provincia di Catania. L’impianto sarà collegato alla rete AT di Terna mediante una nuova stazione elettrica 150kV prevista in località Maglitta.
Kailia Energia	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 1,200	CO₂ Saved (T/year) 2,000,000	Status Awaiting authorisation	Capacity 1,200 Megawatts Production N/A MWh/year CO₂ Saved 2,000,000 Tonnes/year Kailia Energia offshore wind farm is being developed by an equal partnership between Nadara and BlueFloat Energy, off the southern coast of the province of Brindisi. Website
La Calce – Mesagne	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 1	CO₂ Saved (T/year) 751,000	Status Operational	Capacity 1 Megawatts Production N/A MWh/year CO₂ Saved 751,000 Tonnes/year This plant consists of a field with photovoltaic panels to convert solar energy into electric energy, a system that converts the electrical current from direct to alternating at the grid frequency, and a transformer to increase the voltage generated to the grid voltage, all of which are integrated with protective devices. The plant is “grid connected,” namely, it is connected to the public distribution network into which the energy produced is supplied, so there is no need to install electricity accumulators. The photovoltaic modules will consist of 1,512 polycrystalline silicon photovoltaic cells with stable performance over time and a high return. The cells are installed on a biaxial tracker. CO2 savings: 751 tons/year
La Cipollona	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 47	CO₂ Saved (T/year) 20,000	Status Awaiting authorisation	Capacity 47 Megawatts Production 74,801 MWh/year CO₂ Saved 20,000 Tonnes/year L’impianto fotovoltaico si sviluppa nel territorio all’interno del comune di Pozzolo Formigaro (AL), a nord del centro abitato di Pozzolo Formigaro e al confine con il comune di Tortona (AL), ha una potenza nominale complessiva di 46,8 MW ed è costituito da n.74.952 moduli fotovoltaici installati su inseguitori solari monoassiali. La componente fotovoltaica verrà integrata da un progetto agricolo che prevede la piantumazione di un noccioleto intensivo multi-varietale unitamente alla costituzione di un prato stabile impiegato come durante tutto l’anno. Website
La Manganizza	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 8	CO₂ Saved (T/year) 3,465	Status Under construction	Capacity 8 Megawatts Production 12,900 MWh/year CO₂ Saved 3,465 Tonnes/year The La Manganizza photovoltaic plant is located in the municipality of Manzano, in the province of Udine. It has a total rated power of about 8.16 MW and consists of 13,600 photovoltaic modules installed on single-axis trackers. It is located in an agricultural land with a total extension of about 15 hectares that has a regular orographic structure and is mainly flat at 60 meters above sea level. Website
Landolina	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 10	CO₂ Saved (T/year) 8,600	Status Operational	Capacity 10 Megawatts Production 20,000 MWh/year CO₂ Saved 8,600 Tonnes/year The 9.7 MWp agri-voltaic plant in the Landolina district of Scicli (RG) combines the production of renewable energy, equal to the needs of more than 5 thousand families, with the enhancement of local agricultural crops while respecting the environmental peculiarities of the area. The project leverages on innovative methods, which have already been successfully adopted in other countries, and which represent a novelty in Italy, thanks to the adoption of specific agri-voltaic techniques that generate a beneficial impact on the territory. In order to participate in the construction and development of the Landolina park and to allow locals and Sicilian citizens to benefit from a profitable, sustainable and secure investment, Falck Renewables has launched the first lending crowdfunding initiative of the “Coltiviamo Energia” programme. Website
Leonacco Basso	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 8	CO₂ Saved (T/year) 2,993	Status Awaiting authorisation	Capacity 8 Megawatts Production 11,143 MWh/year CO₂ Saved 2,993 Tonnes/year L’impianto fotovoltaico denominato Leonacco Basso è situato nella Regione Friuli-Venezia Giulia, nel comune di Tricesimo (UD), ha una potenza nominale complessiva di circa 7,5 MW ed è costituito da 13.536 moduli fotovoltaici installati su tracker monoassiali. Website
Limbrici	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 11	CO₂ Saved (T/year) 6,300	Status Awaiting authorisation	Capacity 11 Megawatts Production 23,500 MWh/year CO₂ Saved 6,300 Tonnes/year L’impianto fotovoltaico Limbrici ricadrà nel territorio del Comune di Agrigento (AG) e sarà collegato alla rete MT di E-Distribuzione mediante l’esistente cabina “Agrigento 2”. Website
Mezzanelle	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 47	CO₂ Saved (T/year) 21,986	Status Awaiting authorisation	Capacity 47 Megawatts Production 81,855 MWh/year CO₂ Saved 21,986 Tonnes/year L’impianto fotovoltaico sarà ubicato nei comuni di Apricena e di San Paolo di Civitate, in provincia di Foggia, con una potenza complessiva di 47,2696 MWp e costituito da 82.208 moduli fotovoltaici installati su tracker monoassiali. Website
Minervia Energia	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 675	CO₂ Saved (T/year) 1,000,000	Status Awaiting authorisation	Capacity 675 Megawatts Production N/A MWh/year CO₂ Saved 1,000,000 Tonnes/year The equal partnership between Nadara and Bluefloat Energy has submitted a project proposal to build Minervia Energia, a floating marine wind farm off the coast of Catanzaro. Website
Minervino Murge	Country Italy	Technology Wind	No of turbines/ solar panels 17	Capacity (MW) 52	CO₂ Saved (T/year) 27,373	Status Operational	Capacity 52 Megawatts Production N/A MWh/year CO₂ Saved 27,373 Tonnes/year The Minervino Murge wind farm is located in Apulia, around 43 miles west of Bari. The wind farm area is situated on an easily accessible rolling plateau at an altitude between 1,640 and 1,970 meters. The plant consists of 26 turbines and is subdivided into three production units, producing enough clean energy to supply around 40,000 households. QHSE Policy ISO 14001:2015
Nora Energia 1	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 795	CO₂ Saved (T/year) 1,500,000	Status Awaiting authorisation	Capacity 795 Megawatts Production N/A MWh/year CO₂ Saved 1,500,000 Tonnes/year Nora Ventu, the company set up by the partnership between Nadara and BlueFloat Energy to develop floating offshore wind farms off the Sardinian coast, has launched a consultation to provide local communities with more information on two projects to be developed in the Gulf of Cagliari. Website
Nora Energia 2	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 796	CO₂ Saved (T/year) 1,500,000	Status Awaiting authorisation	Capacity 796 Megawatts Production N/A MWh/year CO₂ Saved 1,500,000 Tonnes/year Nora Ventu, the company set up by the partnership between Nadara and BlueFloat Energy to develop floating offshore wind farms off the Sardinian coast, has launched a consultation to provide local communities with more information on two projects to be developed in the Gulf of Cagliari. Website
Notarpanaro – Mesagne	Country Italy	Technology Solar	No of turbines/ solar panels 17	Capacity (MW) 2	CO₂ Saved (T/year) 487	Status Operational	Capacity 2 Megawatts Production 1,200 MWh/year CO₂ Saved 487 Tonnes/year This plant consists of a field with photovoltaic panels to convert solar energy into electric energy, a system that converts the electrical current from direct to alternating at the grid frequency, and a transformer to increase the voltage generated to the grid voltage, all of which are integrated with protective devices. This plant is grid connected, namely, it is connected to the public distribution network into which the energy produced is supplied, so there is no need to install electricity accumulators. The photovoltaic modules consist of 1,512 amorphous silicon cells mounted on structures fixed to the ground. Electrical power produced: 1,200 MWh CO2 savings: 487 tons/year
Odra Energia	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 1,300	CO₂ Saved (T/year) 2,500,000	Status Awaiting authorisation	Capacity 1,300 Megawatts Production N/A MWh/year CO₂ Saved 2,500,000 Tonnes/year Nadara and BlueFloat Energy have formed an equal partnership to develop the Odra Energia project to construct a floating offshore wind farm off the southern coast of the province of Lecce. Website
Pergole	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 51	CO₂ Saved (T/year) 27,100	Status Awaiting authorisation	Capacity 51 Megawatts Production 100,700 MWh/year CO₂ Saved 27,100 Tonnes/year Con una superficie di circa 108 ettari su terreno pianeggiante, l’impianto fotovoltaico ricadrà nel territorio del Comune di Calatafimi Segesta, in contrada Pergole, mentre le opere di connessione alla rete elettrica nazionale ricadranno nel Comune di Monreale. Website
Petralia Sottana	Country Italy	Technology Wind	No of turbines/ solar panels 26	Capacity (MW) 22	CO₂ Saved (T/year) 12,134	Status Operational	Capacity 22 Megawatts Production N/A MWh/year CO₂ Saved 12,134 Tonnes/year The Petralia Sottana wind farm is in the heart of northern Sicily, in the province of Palermo. It extends partly along the ridge of Mount Chibbò, arranged in a north-eastern direction at an altitude of between 2,300 and 2,950 feet and along its slopes toward the district of Garisi.
Porto Viro	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 6	CO₂ Saved (T/year) 2,279	Status Awaiting authorisation	Capacity 6 Megawatts Production 8,487 MWh/year CO₂ Saved 2,279 Tonnes/year L’impianto fotovoltaico denominato Portoviro, situato nella Regione Veneto in località Cà Cappello del comune di Porto Viro in provincia di Rovigo, ha una potenza nominale complessiva di circa 6,2 MW ed è costituito da 10.866 moduli fotovoltaici fissi disposti a “doppia vela” e con orientamento Est-Ovest. Website
Rende	Country Italy	Technology Solar Biomass	No of turbines/ solar panels	Capacity (MW) 1	CO₂ Saved (T/year) 570,000	Status Operational	Capacity 1 Megawatts Production N/A MWh/year CO₂ Saved 570,000 Tonnes/year The Rende photovoltaic plant has 1 MWp of power and was built by positioning the photovoltaic modules on special metal supports (located in the area adjacent to the biomass plant). The plant consists of a single field subdivided into 211 strings with 26 modules each. The photovoltaic modules comprise 48 monocrystalline silicon cells that guarantee stable performance over time and a high return. The modules are south facing and tilted at a 20° angle, defined so as to optimize the annual yield. CO2 savings: around 570 tons UNI EN ISO 14001:2015 UNI ISO 45001:2018
Ripa D’Api	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 20	CO₂ Saved (T/year) 9,864	Status Awaiting authorisation	Capacity 20 Megawatts Production 36,724 MWh/year CO₂ Saved 9,864 Tonnes/year L’impianto fotovoltaico sarà situato in Basilicata, nel comune di Genzano di Lucania (PZ), avrà una potenza nominale complessiva di circa 19,94 MW e sarà costituito da 37.268 moduli fotovoltaici installati su tracker monoassiali. Website
San Donato	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 20	CO₂ Saved (T/year) 9,074	Status Awaiting authorisation	Capacity 20 Megawatts Production 33,783 MWh/year CO₂ Saved 9,074 Tonnes/year L’impianto fotovoltaico sarà situato in Basilicata, nel comune di Grottole, in provincia di Matera, con una potenza nominale complessiva di circa 19,81 MW e un impianto di accumulo. Website
San Leone Eolico	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 74	CO₂ Saved (T/year) 36,744	Status Awaiting authorisation	Capacity 74 Megawatts Production 136,800 MWh/year CO₂ Saved 36,744 Tonnes/year L’impianto, denominato parco eolico “San Leone”, sarà costituito da 12 aerogeneratori di potenza unitaria nominale fino a 6,2 MW, per una potenza installata complessiva fino a 74,4 MW, abbinato a un sistema di accumulo elettrochimico di potenza nominale pari a 10 MW e capacità 40 MWh. I tre comuni calabresi appartengono alla provincia di Crotone e confinano con i comuni di Strongoli, Rocca di Neto, Santa Severina, San Mauro Marchesato, Roccabernarda, Mesoraca e Belcastro. Website
San Sostene	Country Italy	Technology Wind	No of turbines/ solar panels 43	Capacity (MW) 80	CO₂ Saved (T/year) 64,000	Status Operational	Capacity 80 Megawatts Production N/A MWh/year CO₂ Saved 64,000 Tonnes/year The wind farm is located in the municipality of San Sostene, in the province of Catanzaro. It is developed along the Serre mountain range, on land that is essentially owned by the municipality. The altitude of the site varies between 900 m and 1,200 m. The total power of the wind farm is 79.5 MW, divided between the two ridges that make up the mountain range: the southern ridge, on which 28 turbines have been installed for a total of 42 MW (this section is in commercial operation), and the northern ridge, on which 15 turbines have been installed for a total of 37.5 MW. Energy production equal to the needs of: 60,000 households. Quantity of CO2 saved: 64,000 tonnes of CO2. ISO 14001:2015
Sardella	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 46	CO₂ Saved (T/year) 24,200	Status Awaiting authorisation	Capacity 46 Megawatts Production 90,000 MWh/year CO₂ Saved 24,200 Tonnes/year L’impianto ricadrà nel territorio del Comune di Belpasso, in contrada Finocchiara. Le opere di connessione alla rete elettrica nazionale, che prevedono il collegamento alla rete AT di Terna mediante la futura stazione elettrica di trasformazione “Pantano D’Arci”, ricadranno invece nel Comune di Catania. Website
Sole Siciliano 1	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 3	CO₂ Saved (T/year) 1,900	Status Awaiting authorisation	Capacity 3 Megawatts Production 6,900 MWh/year CO₂ Saved 1,900 Tonnes/year Gli impianti di Sole Siciliano 1, 2 e 3 ricadranno nel territorio del Comune di Santa Croce Camerina, in contrada Spinazza a una distanza di qualche centinaio di metri l’uno dall’altro e saranno collegati alla rete MT di E- Distribuzione mediante l’esistente “Cabina Santa Croce Camerina”. Website
Sole Siciliano 2	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 7	CO₂ Saved (T/year) 3,900	Status Awaiting authorisation	Capacity 7 Megawatts Production 14,700 MWh/year CO₂ Saved 3,900 Tonnes/year Gli impianti di Sole Siciliano 1, 2 e 3 ricadranno nel territorio del Comune di Santa Croce Camerina, in contrada Spinazza a una distanza di qualche centinaio di metri l’uno dall’altro e saranno collegati alla rete MT di E- Distribuzione mediante l’esistente “Cabina Santa Croce Camerina”. Website
Sole Siciliano 3	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 5	CO₂ Saved (T/year) 2,600	Status Awaiting authorisation	Capacity 5 Megawatts Production 9,600 MWh/year CO₂ Saved 2,600 Tonnes/year Gli impianti di Sole Siciliano 1, 2 e 3 ricadranno nel territorio del Comune di Santa Croce Camerina, in contrada Spinazza a una distanza di qualche centinaio di metri l’uno dall’altro e saranno collegati alla rete MT di E- Distribuzione mediante l’esistente “Cabina Santa Croce Camerina”. Website
Sole Siciliano 4	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 6	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Gli impianti di Sole Siciliano 1, 2, 3 e 4 ricadranno nel territorio del Comune di Santa Croce Camerina, in contrada Spinazza a una distanza di qualche centinaio di metri l’uno dall’altro e saranno collegati alla rete MT di E-Distribuzione mediante l’esistente “Cabina Santa Croce Camerina”. Website
Spinasanta – Catania	Country Italy	Technology Solar	No of turbines/ solar panels 28	Capacity (MW) 6	CO₂ Saved (T/year) 3,700	Status Operational	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved 3,700 Tonnes/year This plant consists of a field with photovoltaic panels to convert solar energy into electric energy, a system that converts the electrical current from direct to alternating at the grid frequency, and a transformer to increase the voltage generated to the grid voltage, all of which are integrated with protective devices. The plant is grid connected, namely, it is connected to the public distribution network into which the energy produced is supplied, so there is no need to install electricity accumulators. The photovoltaic modules consist of 26,040 polycrystalline silicon photovoltaic cells with stable performance over time and a high return. The modules are south facing and tilted at a 20° angle, defined so as to optimize the annual yield in a way that is compatible with the need to limit mutual shading and the area available.CO2 savings: 3,700 tons/year
Stivaletta	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 54	CO₂ Saved (T/year) 28,608	Status Awaiting authorisation	Capacity 54 Megawatts Production 106,510 MWh/year CO₂ Saved 28,608 Tonnes/year L’impianto agri-ovi fotovoltaico da 54.1 MWp nel comune di Ginosa (TA), in località Stivaletta, coniuga la produzione di energia rinnovabile, pari al fabbisogno di oltre 41 mila famiglie, con la valorizzazione della agricoltura biologica, con aree dedicate all’apicoltura e a diversi tipi di colture, tra cui le colture cerealicole dedicate all’alimentazione animale ed aree dedicate all’allevamento/ricovero ed al pascolo degli stessi animali nel rispetto delle peculiarità ambientali del territorio. Il progetto utilizza metodi innovativi, che sono stati già adottati con successo in altri Paesi, e che rappresentano una novità in Italia, grazie all’impiego di competenze tecno/agricole che generano un impatto benefico sul territorio Website
Sugherotorto 1	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 3	CO₂ Saved (T/year) 2,100	Status Operational	Capacity 3 Megawatts Production N/A MWh/year CO₂ Saved 2,100 Tonnes/year The plant consists of a field with photovoltaic panels for the conversion of solar energy into electrical energy, a system that converts the electrical current from direct to alternating at the grid frequency, a transformer to raise the generated voltage to the grid voltage, and protection devices. The system is grid connected, i.e. connected to the public distribution network into which it feeds the energy produced; there is therefore no need for electricity accumulators. The photovoltaic modules consist of 14280 polycrystalline silicon photovoltaic cells with stable performance over time and high efficiency; the cells are encapsulated between a layer of ÈVA, a UV-stable polymer with low hygroscopicity and tempered glass. The modules are south-facing with a tilt angle of 20°, defined so as to optimise the annual yield in line with the need to limit reciprocal shading and the area available. CO2 savings: 2,100 tonnes/year
Sugherotorto 2	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 3	CO₂ Saved (T/year) 1,800	Status Under construction	Capacity 3 Megawatts Production 6,800 MWh/year CO₂ Saved 1,800 Tonnes/year L’impianto ricadrà nel territorio del Comune di Vittoria, in contrada Sugherotorto e sarà collegato alla rete MT di E-Distribuzione mediante l’esistente Cabina Sughero. Il progetto sorge nei pressi dell’esistente impianto “Sugherotorto 1”. Website
Terzo d’Aquileia	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 33	CO₂ Saved (T/year) 14,088	Status Under construction	Capacity 33 Megawatts Production 50,000 MWh/year CO₂ Saved 14,088 Tonnes/year L’area, dove sono previste le opere di connessione e le opere dell’impianto di accumulo, ricade nel Comune di Cervignano del Friuli (UD). Occupa una superficie di circa 6.550 mq (comprensiva anche della viabilità per l’accesso). Website
Tibula Energia	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 975	CO₂ Saved (T/year) N/A	Status Awaiting authorisation	Capacity 975 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year Tibula Energia è il nome del progetto per un parco eolico marino galleggiante al largo della costa nord-orientale della Sardegna, proposto da Renantis e BlueFloat Energy nel quadro della partnership paritetica che lega le due aziende. Punto di partenza, il coinvolgimento dei territori del Nordest dell’Isola: prima dell’avvio del procedimento autorizzativo ministeriale, le società proponenti stanno conducendo una serie di incontri con gli interlocutori del territorio per presentare la proposta progettuale, farne comprendere le caratteristiche distintive e migliorarla attraverso il dialogo e il confronto. Website
Tre Mulini	Country Italy	Technology Wind	No of turbines/ solar panels	Capacity (MW) 18	CO₂ Saved (T/year) 12,800	Status Awaiting authorisation	Capacity 18 Megawatts Production 51,480 MWh/year CO₂ Saved 12,800 Tonnes/year L’impianto eolico denominato Tre Mulini è situato nel comune di San Sostene, in provincia di Catanzaro, ha una potenza nominale complessiva di 18,3MW e sarà costituito da 3 turbine di 6,1MW di potenza unitaria. Website
Vado Ligure Storage	Country Italy	Technology Energy storage	No of turbines/ solar panels 1	Capacity (MW) 9	CO₂ Saved (T/year) N/A	Status Operational	Capacity 9 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year BESS (Battery Energy Storage System), consisting of 2 x 4800 kVA inverters and 2 separate battery assemblies, with Lithium Ion storage system technology, for a total apparent power of 9 MW and 8MWh of installed capacity. The project is part of the Fast Reserve pilot projects pursuant to ARERA Resolution 300/17/R/eel, aimed at introducing an ultra-rapid activation grid service in compliance with the Ultra-Rapid Frequency Regulation Service Regulation. Website
Valle di Zasa	Country Italy	Technology Solar	No of turbines/ solar panels	Capacity (MW) 30	CO₂ Saved (T/year) 13,900	Status Awaiting authorisation	Capacity 30 Megawatts Production 51,600 MWh/year CO₂ Saved 13,900 Tonnes/year Valle di Zasa photovoltaic plant in the province of Palermo has a total rated power of about 29.87 MW divided into five macro areas. The largest portion of the plant – 4 out of 5 areas – is located in the territory of the municipality of Campofelice di Fitalia; one area in the territory of the municipality of Mezzojuso; while in the territory of the municipality of Ciminna, the storage system and infrastructure for connecting the plant to TERNA SpA’s grid will be built. Website
Achada	Country Portugal	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 7	CO₂ Saved (T/year) 2,857	Status Operational	Capacity 7 Megawatts Production 21 MWh/year CO₂ Saved 2,857 Tonnes/year The plant has an installed capacity of 6,9 MW that consists of 3 using the technology of Nordex N90 – R80
Arcela	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 12	CO₂ Saved (T/year) 3,349	Status Operational	Capacity 12 Megawatts Production 24 MWh/year CO₂ Saved 3,349 Tonnes/year The plant has an installed capacity of 11,5 MW that consists of 5 using the technology of Nordex N90 – R80
Beira Interior	Country Portugal	Technology Wind	No of turbines/ solar panels 25	Capacity (MW) 58	CO₂ Saved (T/year) N/A	Status Operational	Capacity 58 Megawatts Production 137 MWh/year CO₂ Saved N/A Tonnes/year The plant has an installed capacity of 57,5 MW that consists of 25 using the technology of Enercon E-92
Bigorne	Country Portugal	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 7	CO₂ Saved (T/year) 2,052	Status Operational	Capacity 7 Megawatts Production 15 MWh/year CO₂ Saved 2,052 Tonnes/year The plant has an installed capacity of 7 MW that consists of 4 turbines using the technology of Vestas V66
Bornes	Country Portugal	Technology Wind	No of turbines/ solar panels 24	Capacity (MW) 60	CO₂ Saved (T/year) 20,500	Status Operational	Capacity 60 Megawatts Production 149 MWh/year CO₂ Saved 20,500 Tonnes/year The plant has an installed capacity of 60 MW that consists of 24 using the technology of Nordex N90 – R80
Bornes OVP	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 3,808	Status Operational	Capacity 10 Megawatts Production 28 MWh/year CO₂ Saved 3,808 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM100
Bornilhos	Country Portugal	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 2	CO₂ Saved (T/year) 592	Status Operational	Capacity 2 Megawatts Production 4 MWh/year CO₂ Saved 592 Tonnes/year The plant has an installed capacity of 2 MW that consists of 1 using the technology of Enercon E66/20.70
Cabeço Alto	Country Portugal	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 12	CO₂ Saved (T/year) 3,745	Status Operational	Capacity 12 Megawatts Production 27 MWh/year CO₂ Saved 3,745 Tonnes/year The plant has an installed capacity of 11,7 MW that consists of 9 using the technology of Nordex N60
Candeeiros	Country Portugal	Technology Wind	No of turbines/ solar panels 37	Capacity (MW) 111	CO₂ Saved (T/year) 39,431	Status Operational	Capacity 111 Megawatts Production 287 MWh/year CO₂ Saved 39,431 Tonnes/year The plant has an installed capacity of 111 MW that consists of 37 using the technology of Vestas V90
Candeeiros OVP	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 4,422	Status Operational	Capacity 10 Megawatts Production 32 MWh/year CO₂ Saved 4,422 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM 100
Chão Falcão	Country Portugal	Technology Wind	No of turbines/ solar panels 35	Capacity (MW) 81	CO₂ Saved (T/year) 20,201	Status Operational	Capacity 81 Megawatts Production 147 MWh/year CO₂ Saved 20,201 Tonnes/year The plant has an installed capacity of 80,5 MW that consists of 35 using the technology of Nordex N90 – R80
Chão Falcão OVP	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 2,840	Status Operational	Capacity 10 Megawatts Production 21 MWh/year CO₂ Saved 2,840 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM100
Chiqueiro	Country Portugal	Technology Wind	No of turbines/ solar panels 2	Capacity (MW) 4	CO₂ Saved (T/year) 1,083	Status Operational	Capacity 4 Megawatts Production 8 MWh/year CO₂ Saved 1,083 Tonnes/year The plant has an installed capacity of 4 MW that consists of 2 using the technology of Vestas V80
Degracias	Country Portugal	Technology Wind	No of turbines/ solar panels 10	Capacity (MW) 20	CO₂ Saved (T/year) 6,202	Status Operational	Capacity 20 Megawatts Production 45 MWh/year CO₂ Saved 6,202 Tonnes/year The plant has an installed capacity of 20 MW that consists of 10 using the technology of Vestas V80
Escusa	Country Portugal	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 2	CO₂ Saved (T/year) 1,031	Status Operational	Capacity 2 Megawatts Production 8 MWh/year CO₂ Saved 1,031 Tonnes/year The plant has an installed capacity of 2,1 MW that consists of 1 using the technology of WinWind WWD-1 / 60
Freita I	Country Portugal	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 18	CO₂ Saved (T/year) 6,142	Status Operational	Capacity 18 Megawatts Production 45 MWh/year CO₂ Saved 6,142 Tonnes/year The plant has an installed capacity of 18,4 MW that consists of 8 using the technology of Nordex N90 – R80
Igreja Nova	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 7	CO₂ Saved (T/year) 2,018	Status Operational	Capacity 7 Megawatts Production 15 MWh/year CO₂ Saved 2,018 Tonnes/year The plant has an installed capacity of 7,2 MW that consists of 5 using the technology of Vestas V66 and Nordex N60
Jarmeleira	Country Portugal	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 1	CO₂ Saved (T/year) 242	Status Operational	Capacity 1 Megawatts Production 2 MWh/year CO₂ Saved 242 Tonnes/year The plant has an installed capacity of 0,85 MW that consists of 1 using the technology of Vestas V52
Lagoa Funda	Country Portugal	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 4,680	Status Operational	Capacity 12 Megawatts Production 34 MWh/year CO₂ Saved 4,680 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90
Leomil	Country Portugal	Technology Wind	No of turbines/ solar panels 7	Capacity (MW) 16	CO₂ Saved (T/year) 3,999	Status Operational	Capacity 16 Megawatts Production 29 MWh/year CO₂ Saved 3,999 Tonnes/year The plant has an installed capacity of 16,1 MW that consists of 7 using the technology of Nordex N90 – R80
Lomba da Seixa I	Country Portugal	Technology Wind	No of turbines/ solar panels 10	Capacity (MW) 13	CO₂ Saved (T/year) 3,231	Status Operational	Capacity 13 Megawatts Production 24 MWh/year CO₂ Saved 3,231 Tonnes/year The plant has an installed capacity of 13 MW that consists of 10 using the technology of Nordex N60
Lomba da Seixa II	Country Portugal	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 12	CO₂ Saved (T/year) 3,540	Status Operational	Capacity 12 Megawatts Production 26 MWh/year CO₂ Saved 3,540 Tonnes/year The plant has an installed capacity of 12 MW that consists of 8 using the technology of General Electric GEWE 1.5 S
Lousã I	Country Portugal	Technology Wind	No of turbines/ solar panels 14	Capacity (MW) 35	CO₂ Saved (T/year) 8,188	Status Operational	Capacity 35 Megawatts Production 60 MWh/year CO₂ Saved 8,188 Tonnes/year The plant has an installed capacity of 35 MW that consists of 14 using the technology of General Electric GEWE 2.5
Lousã II	Country Portugal	Technology Wind	No of turbines/ solar panels 20	Capacity (MW) 50	CO₂ Saved (T/year) 16,092	Status Operational	Capacity 50 Megawatts Production 117 MWh/year CO₂ Saved 16,092 Tonnes/year The plant has an installed capacity of 50 MW that consists of 20 using the technology of Nordex N90 – R80 and Senvion MM100
Lousã II OVP	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 3,980	Status Operational	Capacity 10 Megawatts Production 29 MWh/year CO₂ Saved 3,980 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM100
Malhadas	Country Portugal	Technology Wind	No of turbines/ solar panels 15	Capacity (MW) 10	CO₂ Saved (T/year) 3,265	Status Operational	Capacity 10 Megawatts Production 24 MWh/year CO₂ Saved 3,265 Tonnes/year The plant has an installed capacity of 9,9 MW that consists of 15 using the technology of Vestas V47
Malhadizes	Country Portugal	Technology Wind	No of turbines/ solar panels 6	Capacity (MW) 12	CO₂ Saved (T/year) 3,651	Status Operational	Capacity 12 Megawatts Production 27 MWh/year CO₂ Saved 3,651 Tonnes/year The plant has an installed capacity of 12 MW that consists of 6 using the technology of Enercon E66/20.70
Malhanito	Country Portugal	Technology Wind	No of turbines/ solar panels 29	Capacity (MW) 67	CO₂ Saved (T/year) N/A	Status Operational	Capacity 67 Megawatts Production 141 MWh/year CO₂ Saved N/A Tonnes/year The plant has an installed capacity of 66,7 MW that consists of 29 using the technology of Enercon E-82
Meroicinha	Country Portugal	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 9	CO₂ Saved (T/year) 3,471	Status Operational	Capacity 9 Megawatts Production 25 MWh/year CO₂ Saved 3,471 Tonnes/year The plant has an installed capacity of 9 MW that consists of 4 using the technology of Vestas V80 and Vestas V90
Pampilhosa	Country Portugal	Technology Wind	No of turbines/ solar panels 38	Capacity (MW) 114	CO₂ Saved (T/year) 33,950	Status Operational	Capacity 114 Megawatts Production 247 MWh/year CO₂ Saved 33,950 Tonnes/year The plant has an installed capacity of 114 MW that consists of 38 using the technology of Vestas V90 3MW HSQE Policy ISO 14001:2015 ISO 45001:2018
Rabaçal	Country Portugal	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 2	CO₂ Saved (T/year) 698	Status Operational	Capacity 2 Megawatts Production 5 MWh/year CO₂ Saved 698 Tonnes/year The plant has an installed capacity of 2 MW that consists of 1 using the technology of Vestas V80 HSQE Policy ISO 14001:2015 ISO 45001:2018
São Cristovão	Country Portugal	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 6	CO₂ Saved (T/year) 2,049	Status Operational	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved 2,049 Tonnes/year The plant has an installed capacity of 5,56 MW that consists of 3 using the technology of Vestas V66, Vestas V80 and Vestas V90
São Macário	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 12	CO₂ Saved (T/year) 3,003	Status Operational	Capacity 12 Megawatts Production 22 MWh/year CO₂ Saved 3,003 Tonnes/year The plant has an installed capacity of 11,5 MW that consists of 5 using the technology of Nordex N90 – R80
São Mamede	Country Portugal	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 7	CO₂ Saved (T/year) 1,641	Status Operational	Capacity 7 Megawatts Production 12 MWh/year CO₂ Saved 1,641 Tonnes/year The plant has an installed capacity of 6,9 MW that consists of 3 using the technology of Nordex N90 – R80
Senhora da Vitória	Country Portugal	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 12	CO₂ Saved (T/year) 2,971	Status Operational	Capacity 12 Megawatts Production 22 MWh/year CO₂ Saved 2,971 Tonnes/year The plant has an installed capacity of 12 MW that consists of 8 using the technology of General Electric GEWE 1.5 SL
Serra Leiranco	Country Portugal	Technology Wind	No of turbines/ solar panels 14	Capacity (MW) 32	CO₂ Saved (T/year) N/A	Status Operational	Capacity 32 Megawatts Production N/A MWh/year CO₂ Saved N/A Tonnes/year The plant has an installed capacity of 32,2 MW that consists of 14 using the technology of Enercon E-92
Todo o Mundo	Country Portugal	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 3,347	Status Operational	Capacity 10 Megawatts Production 24 MWh/year CO₂ Saved 3,347 Tonnes/year The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V80
Todo o Mundo OVP	Country Portugal	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 2	CO₂ Saved (T/year) 912	Status Operational	Capacity 2 Megawatts Production 7 MWh/year CO₂ Saved 912 Tonnes/year The plant has an installed capacity of 2 MW that consists of 1 using the technology of Senvion MM 100
Vila Cova	Country Portugal	Technology Wind	No of turbines/ solar panels 15	Capacity (MW) 35	CO₂ Saved (T/year) N/A	Status Operational	Capacity 35 Megawatts Production 84 MWh/year CO₂ Saved N/A Tonnes/year The plant has an installed capacity of 34,5 MW that consists of 15 using the technology of Enercon E-92
Vila Lobos	Country Portugal	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 10	CO₂ Saved (T/year) 3,881	Status Operational	Capacity 10 Megawatts Production 28 MWh/year CO₂ Saved 3,881 Tonnes/year The plant has an installed capacity of 10 MW that consists of 3 using the technology of Senvion 3xM114 (3.2MW & 3.4MW)
Bon Vent Vilalba	Country Spain	Technology Wind	No of turbines/ solar panels 21	Capacity (MW) 50	CO₂ Saved (T/year) 20,320	Status Operational	Capacity 50 Megawatts Production 124 MWh/year CO₂ Saved 20,320 Tonnes/year The plant has an installed capacity of 49,8 MW that consists of 21 using the technology of Vestas V90
Cabezo San Roque	Country Spain	Technology Wind	No of turbines/ solar panels 31	Capacity (MW) 23	CO₂ Saved (T/year) 15,000	Status Operational	Capacity 23 Megawatts Production N/A MWh/year CO₂ Saved 15,000 Tonnes/year This wind farm is owned and operated by Eólica de Cabezo San Roque, a subsidiary of Renantis, and is located in the municipality of La Muela, around 18 miles south-west of Zaragoza in the Spanish region of Aragon. It is situated on a vast plateau, around 2,000 feet above sea level. The 23.25-MW wind farm includes 31 turbines and provides enough clean energy for over 16,000 households, reducing greenhouse gas emissions by around 15,000 tons per year.
Campanario	Country Spain	Technology Wind	No of turbines/ solar panels 19	Capacity (MW) 38	CO₂ Saved (T/year) 15,250	Status Operational	Capacity 38 Megawatts Production 93 MWh/year CO₂ Saved 15,250 Tonnes/year The plant has an installed capacity of 38 MW that consists of 19 using the technology of Vestas V90
Campos de Levante	Country Spain	Technology Solar	No of turbines/ solar panels	Capacity (MW) 102	CO₂ Saved (T/year) 41,780	Status Awaiting authorisation	Capacity 102 Megawatts Production 200,000 MWh/year CO₂ Saved 41,780 Tonnes/year The PSF Campos de Levante project will be located in Chiva, Valencia. This new photovoltaic plant will produce an estimated 200 GWh/year, enough to supply energy to more than 80,000 households. Website
Campos de Zuloaga	Country Spain	Technology Solar	No of turbines/ solar panels	Capacity (MW) 56	CO₂ Saved (T/year) 24,859	Status Awaiting authorisation	Capacity 56 Megawatts Production 119,000 MWh/year CO₂ Saved 24,859 Tonnes/year Campos de Zuloaga project will be located between the municipalities of Cizur and Cendea de Olza in Navarra (Spain). This new photovoltaic park is estimated tol produce 119 GWh/year, enough to supply energy to more than 20,000 households. Website
Campos Salados	Country Spain	Technology Solar	No of turbines/ solar panels	Capacity (MW) 48	CO₂ Saved (T/year) 35,949	Status Awaiting authorisation	Capacity 48 Megawatts Production 200,000 MWh/year CO₂ Saved 35,949 Tonnes/year Campos Salados project will be located in the municipality of Carcaixent, in the province of Valencia. This new photovoltaic park is estimated to produce 200 GWh/year, enough to supply energy to more than 30,000 households. Website
Carrecastro	Country Spain	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 17,000	Status Operational	Capacity 10 Megawatts Production 34,000 MWh/year CO₂ Saved 17,000 Tonnes/year This wind farm consists of 4 turbines, for a total capacity of 10 MW. The project also included new roads and road improvements, as well as electricity infrastructure such as ground cables, switchgears and a transformer substation. It is estimated that the wind farm will produce up to 34 GWh per year, equivalent to the electricity consumption of around 10,000 households.
Castillo Eólico León	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 75	CO₂ Saved (T/year) 49,091	Status Awaiting authorisation	Capacity 75 Megawatts Production 235,000 MWh/year CO₂ Saved 49,091 Tonnes/year Il cluster Castillo Eólico León comprende i progetti eolici di Porqueros, Ucedo e Veldedo de Renantis e sarà localizzato nei comuni di Magaz de Cepeda, Brazuelo, Villagatón, Santa Colomba de Somoza e Torre del Bierzo, nella provincia di León (Spagna) . . Questi nuovi parchi eolici comporteranno una produzione totale stimata di 235 GWh/anno, sufficienti per fornire energia a più di 30.000 abitazioni. Website
Castillo Eólico Palencia	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 144	CO₂ Saved (T/year) 106,539	Status Awaiting authorisation	Capacity 144 Megawatts Production 510,000 MWh/year CO₂ Saved 106,539 Tonnes/year Il cluster Castillo Eólico Palencia comprende i progetti eolici di Villaherreros, Villaumbrales e Perales de Renantis e sarà situato nei comuni di Villaherreros, Villasarracino, Villaumbrales, Perales e Becerril de Campos, nella provincia di Palencia. Questi nuovi parchi eolici comporteranno una produzione totale stimata di 510 GWh/anno, sufficienti per fornire energia a più di 50.000 abitazioni. Website
Cerros de Radona	Country Spain	Technology Wind	No of turbines/ solar panels 16	Capacity (MW) 40	CO₂ Saved (T/year) 14,403	Status Operational	Capacity 40 Megawatts Production 88 MWh/year CO₂ Saved 14,403 Tonnes/year The plant has an installed capacity of 40 MW that consists of 16 using the technology of General Electric GE2,5xl
Dehesilla I	Country Spain	Technology Wind	No of turbines/ solar panels 25	Capacity (MW) 47	CO₂ Saved (T/year) 14,832	Status Operational	Capacity 47 Megawatts Production 89 MWh/year CO₂ Saved 14,832 Tonnes/year The plant has an installed capacity of 46,875 MW that consists of 25 using the technology of Gamesa G90
Dehesilla II	Country Spain	Technology Wind	No of turbines/ solar panels 25	Capacity (MW) 47	CO₂ Saved (T/year) 14,635	Status Operational	Capacity 47 Megawatts Production 91 MWh/year CO₂ Saved 14,635 Tonnes/year The plant has an installed capacity of 46,875 MW that consists of 25 using the technology of Gamesa G90
El Nogal	Country Spain	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 24	CO₂ Saved (T/year) 10,667	Status Operational	Capacity 24 Megawatts Production 65 MWh/year CO₂ Saved 10,667 Tonnes/year The plant has an installed capacity of 24 MW that consists of 12 using the technology of Vestas V90
Escatròn	Country Spain	Technology Solar	No of turbines/ solar panels 20	Capacity (MW) 50	CO₂ Saved (T/year) 14,192	Status Operational	Capacity 50 Megawatts Production 88,700 MWh/year CO₂ Saved 14,192 Tonnes/year The solar plant (49.88 MW), located in the municipality of Escatrón, in the region of Aragon, has been in operation since June 2020. Annual electricity production is estimated at around 88.7 GWh. The plant has a Power Purchase Agreement (PPA) covering about 70% of the energy produced.
Esquileo	Country Spain	Technology Wind	No of turbines/ solar panels 25	Capacity (MW) 47	CO₂ Saved (T/year) 15,135	Status Operational	Capacity 47 Megawatts Production 92 MWh/year CO₂ Saved 15,135 Tonnes/year The plant has an installed capacity of 46,875 MW that consists of 25 using the technology of Gamesa G90
Fatarella	Country Spain	Technology Wind	No of turbines/ solar panels 21	Capacity (MW) 48	CO₂ Saved (T/year) 25,896	Status Operational	Capacity 48 Megawatts Production 158 MWh/year CO₂ Saved 25,896 Tonnes/year The plant has an installed capacity of 48,3 MW that consists of 21 using the technology of Siemens WT-2.3
Fuente Vain	Country Spain	Technology Wind	No of turbines/ solar panels 16	Capacity (MW) 32	CO₂ Saved (T/year) 14,196	Status Operational	Capacity 32 Megawatts Production 87 MWh/year CO₂ Saved 14,196 Tonnes/year The plant has an installed capacity of 32 MW that consists of 16 using the technology of Vestas V90
Fuentes	Country Spain	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 18	CO₂ Saved (T/year) 7,304	Status Operational	Capacity 18 Megawatts Production 45 MWh/year CO₂ Saved 7,304 Tonnes/year The plant has an installed capacity of 18 MW that consists of 9 using the technology of Vestas V90
La Dehesica	Country Spain	Technology Wind	No of turbines/ solar panels 19	Capacity (MW) 29	CO₂ Saved (T/year) 10,614	Status Operational	Capacity 29 Megawatts Production 65 MWh/year CO₂ Saved 10,614 Tonnes/year The plant has an installed capacity of 28,5 MW that consists of 19 using the technology of General Electric GE1,5sle
La Muela	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 50	CO₂ Saved (T/year) 70,000	Status Operational	Capacity 50 Megawatts Production N/A MWh/year CO₂ Saved 70,000 Tonnes/year The La Muela wind project comprises two farms, Plana de Jareta and La Carracha, both located south-west of Zaragoza in the Spanish region of Aragon. They each have an installed capacity of 49.5 MW and consist of 66 turbines. The project is connected to the Red Eléctrica de España transmission network at the Los Vientos 220-kV substation. The project generates enough clean energy to cover the needs of around 43,000 households and prevents the production of around 70,000 tons of carbon dioxide per year. Renantis owns 26% of La Muela and its partner is BayWa AG.
La Navica	Country Spain	Technology Wind	No of turbines/ solar panels 20	Capacity (MW) 30	CO₂ Saved (T/year) 12,007	Status Operational	Capacity 30 Megawatts Production 73 MWh/year CO₂ Saved 12,007 Tonnes/year The plant has an installed capacity of 30 MW that consists of 20 using the technology of General Electric GE1,5xle
Munera I	Country Spain	Technology Wind	No of turbines/ solar panels 22	Capacity (MW) 40	CO₂ Saved (T/year) 18,110	Status Operational	Capacity 40 Megawatts Production 111 MWh/year CO₂ Saved 18,110 Tonnes/year The plant has an installed capacity of 39,6 MW that consists of 22 using the technology of Vestas V90
Perales	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 48	CO₂ Saved (T/year) 106,539	Status Awaiting authorisation	Capacity 48 Megawatts Production N/A MWh/year CO₂ Saved 106,539 Tonnes/year Il cluster Castillo Eólico Palencia comprende i progetti eolici di Villaherreros, Villaumbrales e Perales de Renantis e sarà situato nei comuni di Villaherreros, Villasarracino, Villaumbrales, Perales e Becerril de Campos, nella provincia di Palencia. Questi nuovi parchi eolici comporteranno una produzione totale stimata di 510 GWh/anno, sufficienti per fornire energia a più di 50.000 abitazioni.
Porqueros	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 25	CO₂ Saved (T/year) 49,091	Status Awaiting authorisation	Capacity 25 Megawatts Production N/A MWh/year CO₂ Saved 49,091 Tonnes/year Il cluster Castillo Eólico León comprende i progetti eolici di Porqueros, Ucedo e Veldedo de Renantis e sarà localizzato nei comuni di Magaz de Cepeda, Brazuelo, Villagatón, Santa Colomba de Somoza e Torre del Bierzo, nella provincia di León (Spagna) . . Questi nuovi parchi eolici comporteranno una produzione totale stimata di 235 GWh/anno, sufficienti per fornire energia a più di 30.000 abitazioni.
San Lonrezo D	Country Spain	Technology Wind	No of turbines/ solar panels 18	Capacity (MW) 34	CO₂ Saved (T/year) 9,470	Status Operational	Capacity 34 Megawatts Production 58 MWh/year CO₂ Saved 9,470 Tonnes/year The plant has an installed capacity of 33,75 MW that consists of 18 using the technology of Gamesa G90
San Lorenzo C	Country Spain	Technology Wind	No of turbines/ solar panels 15	Capacity (MW) 28	CO₂ Saved (T/year) 8,189	Status Operational	Capacity 28 Megawatts Production 50 MWh/year CO₂ Saved 8,189 Tonnes/year The plant has an installed capacity of 28,125 MW that consists of 15 using the technology of Gamesa G90
Santo Toribio	Country Spain	Technology Solar	No of turbines/ solar panels	Capacity (MW) 64	CO₂ Saved (T/year) 36,900	Status Awaiting authorisation	Capacity 64 Megawatts Production 126,000 MWh/year CO₂ Saved 36,900 Tonnes/year Renantis’ PSF Santo Toribio project will be located in Chiva, in Valencia (Spain). This new photovoltaic park will mean an estimated production of 126 GWh/year, enough to supply energy to more than 80,000 homes. The Chiva photovoltaic solar energy facility, whose construction is scheduled to begin in 2023, plans to occupy around 111 hectares and additionally reforest another 39. Website
Ucedo	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 25	CO₂ Saved (T/year) 49,091	Status Awaiting authorisation	Capacity 25 Megawatts Production N/A MWh/year CO₂ Saved 49,091 Tonnes/year Il cluster Castillo Eólico León comprende i progetti eolici di Porqueros, Ucedo e Veldedo de Renantis e sarà localizzato nei comuni di Magaz de Cepeda, Brazuelo, Villagatón, Santa Colomba de Somoza e Torre del Bierzo, nella provincia di León (Spagna) . . Questi nuovi parchi eolici comporteranno una produzione totale stimata di 235 GWh/anno, sufficienti per fornire energia a più di 30.000 abitazioni.
Veldedo	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 25	CO₂ Saved (T/year) 49,091	Status Awaiting authorisation	Capacity 25 Megawatts Production N/A MWh/year CO₂ Saved 49,091 Tonnes/year Il cluster Castillo Eólico León comprende i progetti eolici di Porqueros, Ucedo e Veldedo de Renantis e sarà localizzato nei comuni di Magaz de Cepeda, Brazuelo, Villagatón, Santa Colomba de Somoza e Torre del Bierzo, nella provincia di León (Spagna) . . Questi nuovi parchi eolici comporteranno una produzione totale stimata di 235 GWh/anno, sufficienti per fornire energia a più di 30.000 abitazioni.
Villaherreros	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 48	CO₂ Saved (T/year) 106,539	Status Awaiting authorisation	Capacity 48 Megawatts Production N/A MWh/year CO₂ Saved 106,539 Tonnes/year Il cluster Castillo Eólico Palencia comprende i progetti eolici di Villaherreros, Villaumbrales e Perales de Renantis e sarà situato nei comuni di Villaherreros, Villasarracino, Villaumbrales, Perales e Becerril de Campos, nella provincia di Palencia. Questi nuovi parchi eolici comporteranno una produzione totale stimata di 510 GWh/anno, sufficienti per fornire energia a più di 50.000 abitazioni.
Villaumbrales	Country Spain	Technology Wind	No of turbines/ solar panels	Capacity (MW) 48	CO₂ Saved (T/year) 106,539	Status Awaiting authorisation	Capacity 48 Megawatts Production N/A MWh/year CO₂ Saved 106,539 Tonnes/year Il cluster Castillo Eólico Palencia comprende i progetti eolici di Villaherreros, Villaumbrales e Perales de Renantis e sarà situato nei comuni di Villaherreros, Villasarracino, Villaumbrales, Perales e Becerril de Campos, nella provincia di Palencia. Questi nuovi parchi eolici comporteranno una produzione totale stimata di 510 GWh/anno, sufficienti per fornire energia a più di 50.000 abitazioni.
Annapolis Solar Park	Country USA	Technology Solar	No of turbines/ solar panels 7	Capacity (MW) 18	CO₂ Saved (T/year) 8,798	Status Operational	Capacity 18 Megawatts Production N/A MWh/year CO₂ Saved 8,798 Tonnes/year Annapolis Solar Park consists of a field with photovoltaic panels to convert solar energy into electric energy located close to the towns of Parole and Annapolis in the State of Maryland, U.S.A. With a capacity of 18.0 MWp and 52,416 ballasts mounted polycrystalline silicon PV modules set to a tilt angle of 30°, this plant has been grid-connected and has produced clean energy since June 2018.
Dartmouth	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 6	CO₂ Saved (T/year) 2,931	Status Operational	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved 2,931 Tonnes/year The solar photovoltaic plant in Dartmouth, Massachusetts is grid-connected and has been producing clean solar energy since May 2014. The plant has an installed capacity of 6.0 MWp and consists of 19,988 polycrystalline silicon modules distributed in 1,502 strings. The installation has a fixed orientation in a southerly direction with a tilt angle of 25°.
Geneva	Country USA	Technology Solar	No of turbines/ solar panels 2	Capacity (MW) 3	CO₂ Saved (T/year) 1,382	Status Operational	Capacity 3 Megawatts Production N/A MWh/year CO₂ Saved 1,382 Tonnes/year The solar photovoltaic plant at Geneva, New York, is grid-connected and has been in operation producing clean energy since December 2022. The plant has an installed capacity of 2.872 MWp with 9,120 polycrystalline silicon modules distributed across 480 strings. The fixed-tilt array is set to a tilt angle of 20°.
Green Lakes	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 8	CO₂ Saved (T/year) 775	Status Operational	Capacity 8 Megawatts Production 7,320 MWh/year CO₂ Saved 775 Tonnes/year Community Solar project in Upstate NY
Harford	Country USA	Technology Solar	No of turbines/ solar panels 6	Capacity (MW) 3	CO₂ Saved (T/year) 1,404	Status Operational	Capacity 3 Megawatts Production N/A MWh/year CO₂ Saved 1,404 Tonnes/year The solar photovoltaic plant at Harford, New York, is grid-connected and has been in operation producing clean energy since December 2015. The plant has an installed capacity of 2.872 MWp with 9,120 polycrystalline silicon modules distributed across 456 strings. The fixed-tilt array is set to a tilt angle of 20°.
Iowa Wind	Country USA	Technology Wind	No of turbines/ solar panels 10	Capacity (MW) 30	CO₂ Saved (T/year) 14,664	Status Operational	Capacity 30 Megawatts Production N/A MWh/year CO₂ Saved 14,664 Tonnes/year This wind farm has an of installed capacity 30 MW and is equipped with 10 turbines. The project is located in central Iowa, north, and east of the city of Des Moines. All turbines lie within a within a 65-mile radius of one another. The wind turbine generators are in the vicinities of Grinnell, Huxley, Ames, Nevada, and Iowa Falls.
Judd Road	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 8	CO₂ Saved (T/year) 775	Status Operational	Capacity 8 Megawatts Production 7,320 MWh/year CO₂ Saved 775 Tonnes/year Community Solar project in Upstate NY.
Leominster	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 3	CO₂ Saved (T/year) 1,219	Status Operational	Capacity 3 Megawatts Production N/A MWh/year CO₂ Saved 1,219 Tonnes/year The solar photovoltaic plant in Leominster, Massachusetts, is grid connected and has been producing clean solar energy since May 2015. The plant has an installed capacity of 2.5 MWp, comprising 8,912 polycrystalline and monocrystalline silicon modules distributed across 579 strings. The fixed-tilt array is set to a tilt angle of 25° and has a southerly orientation.
Middleton	Country USA	Technology Energy storage	No of turbines/ solar panels 2	Capacity (MW) 7	CO₂ Saved (T/year) 2,931	Status Operational	Capacity 7 Megawatts Production N/A MWh/year CO₂ Saved 2,931 Tonnes/year In 2019 the battery energy storage got into operation, it includes NEC’s GSS® end-to-end grid storage solution and its AEROS® controls system energy storage control software. It has a Energy Storage Capacity of 3 MW, an average energy produced of 6,6 MWh and an energy valorization with Grid Services
Middleton PV	Country USA	Technology Solar	No of turbines/ solar panels 2	Capacity (MW) 6	CO₂ Saved (T/year) 2,799	Status Operational	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved 2,799 Tonnes/year The Middleton plant operates under the SRECII program (Solar Renewable Energy Credit II, sold on the independent energy market) and sells energy to the Middleton Electric Light District (MELD) with a long-term PPA. Last May 2019, Renantis announced an investment in energy storage system to be integrated with the existing solar Middleton PV plant. MELD has entered into a long-term capacity service agreement with Renantis to dispatch the energy storage system during periods of high demand charges on the power grid. It distributes energy to customers based on a community shared solar agreement, signed by 197 customers (including two large industries), which provides a discount on the electricity bill.
Musgrave	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 6	CO₂ Saved (T/year) 2,806	Status Operational	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved 2,806 Tonnes/year Musgrave PV solar project located in Aurora, NY, is grid-connected and has been producing clean solar energy since December 2016. The plant has an installed capacity of 5.74 MWp, comprising 17,936 multi-crystalline silicon modules distributed in 2 sites – Musgrave East and Musgrave West (8,968 per site). The fixed-tilt array is set to a tilt angle of 20° and has a southerly orientation.
North Carolina	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 92	CO₂ Saved (T/year) 44,989	Status Operational	Capacity 92 Megawatts Production N/A MWh/year CO₂ Saved 44,989 Tonnes/year This is the first photovoltaic project in the United States from Renantis. It covers an area of 1,800,000 m2 in Bladen and Cumberland Counties and generates enough clean energy to power around 11,750 households in the state. DEPCOM Power, the EPC contractor, supplies the Operations and Maintenance services, while Canadian Solar is responsible for the asset management services.
North Eagle Village	Country USA	Technology Solar	No of turbines/ solar panels	Capacity (MW) 8	CO₂ Saved (T/year) 775	Status Operational	Capacity 8 Megawatts Production 7,320 MWh/year CO₂ Saved 775 Tonnes/year Community Solar project in Upstate NY.
Palmer Airfield	Country USA	Technology Solar	No of turbines/ solar panels 74	Capacity (MW) 6	CO₂ Saved (T/year) 2,933	Status Operational	Capacity 6 Megawatts Production N/A MWh/year CO₂ Saved 2,933 Tonnes/year The solar photovoltaic plant at Palmer Airfield, Massachusetts, is grid connected and has been producing clean solar energy since December 2015. The plant has an installed capacity of 6.0 MWp and consists of 20,275 polycrystalline silicone modules distributed across 1,295 strings. The fixed-tilt array is set to a tilt angle of 30° and has a southerly orientation.
Snyder Rd	Country USA	Technology Solar	No of turbines/ solar panels 2	Capacity (MW) 2	CO₂ Saved (T/year) 1,009	Status Operational	Capacity 2 Megawatts Production N/A MWh/year CO₂ Saved 1,009 Tonnes/year Snyder Road PV solar project consists of a field with photovoltaic panels to convert solar energy into electric energy located close to the towns of Lansing and Northeast Ithaca in the State of New York, U.S.A. With a capacity of 2.06 MWp and 6768 polycrystalline silicon PV modules set to a tilt angle of 17°, this plant has been grid-connected and has produced clean energy since June 2018.
Union Spring USA40	Country USA	Technology Solar	No of turbines/ solar panels 40	Capacity (MW) 8	CO₂ Saved (T/year) 775	Status Operational	Capacity 8 Megawatts Production 7,320 MWh/year CO₂ Saved 775 Tonnes/year Community Solar project in Upstate NY.
Union Spring USA963	Country USA	Technology Solar	No of turbines/ solar panels 40	Capacity (MW) 8	CO₂ Saved (T/year) 775	Status Operational	Capacity 8 Megawatts Production 7,320 MWh/year CO₂ Saved 775 Tonnes/year Community Solar project in Upstate NY.
Westmoreland	Country USA	Technology Solar	No of turbines/ solar panels 0	Capacity (MW) 30	CO₂ Saved (T/year) 33,000	Status Operational	Capacity 30 Megawatts Production N/A MWh/year CO₂ Saved 33,000 Tonnes/year Westmoreland is located in Westmoreland County, Virginia (US) and has an installed capacity of 29.6 MW. The plant provides clean solar energy to a regional utility for the needs of end-users and industry, avoiding over 33,000 tons of CO2 per year.
Büren	Country Germany	Technology Wind	No of turbines/ solar panels 10	Capacity (MW) 20	CO₂ Saved (T/year) 20,327	Status Operational	Capacity 20 Megawatts Production 52 MWh/year CO₂ Saved 20,327 Tonnes/year Enercon E-82
Dabern	Country Germany	Technology Wind	No of turbines/ solar panels 2	Capacity (MW) 4	CO₂ Saved (T/year) 2,884	Status Operational	Capacity 4 Megawatts Production 7 MWh/year CO₂ Saved 2,884 Tonnes/year Vestas V90
Elsterwerda	Country Germany	Technology Wind	No of turbines/ solar panels 1	Capacity (MW) 2	CO₂ Saved (T/year) 1,642	Status Operational	Capacity 2 Megawatts Production 4 MWh/year CO₂ Saved 1,642 Tonnes/year Vestas V90
Lausitz	Country Germany	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 18	CO₂ Saved (T/year) 11,816	Status Operational	Capacity 18 Megawatts Production 30 MWh/year CO₂ Saved 11,816 Tonnes/year Vestas V90
Luebbow-Boesel	Country Germany	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 18	CO₂ Saved (T/year) 6,443	Status Operational	Capacity 18 Megawatts Production 17 MWh/year CO₂ Saved 6,443 Tonnes/year Enercon E-70 E4
Masterhausen I	Country Germany	Technology Wind	No of turbines/ solar panels 7	Capacity (MW) 14	CO₂ Saved (T/year) 10,886	Status Operational	Capacity 14 Megawatts Production 28 MWh/year CO₂ Saved 10,886 Tonnes/year Enercon E-70 E4
Masterhausen II	Country Germany	Technology Wind	No of turbines/ solar panels 3	Capacity (MW) 7	CO₂ Saved (T/year) 6,070	Status Operational	Capacity 7 Megawatts Production 16 MWh/year CO₂ Saved 6,070 Tonnes/year Enercon E-82
Schweskau	Country Germany	Technology Wind	No of turbines/ solar panels 8	Capacity (MW) 16	CO₂ Saved (T/year) 6,239	Status Operational	Capacity 16 Megawatts Production 16 MWh/year CO₂ Saved 6,239 Tonnes/year Enercon E-70 E4
Spremberg	Country Germany	Technology Wind	No of turbines/ solar panels 9	Capacity (MW) 23	CO₂ Saved (T/year) 17,810	Status Operational	Capacity 23 Megawatts Production 46 MWh/year CO₂ Saved 17,810 Tonnes/year Fuhrländer FL2500
Springe-Bennigsen	Country Germany	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 10	CO₂ Saved (T/year) 8,703	Status Operational	Capacity 10 Megawatts Production 22 MWh/year CO₂ Saved 8,703 Tonnes/year Enercon E-82
Tobringen	Country Germany	Technology Wind	No of turbines/ solar panels 7	Capacity (MW) 6	CO₂ Saved (T/year) 2,752	Status Operational	Capacity 6 Megawatts Production 7 MWh/year CO₂ Saved 2,752 Tonnes/year Enercon E-53
Woschkow	Country Germany	Technology Wind	No of turbines/ solar panels 2	Capacity (MW) 4	CO₂ Saved (T/year) 1,888	Status Operational	Capacity 4 Megawatts Production 5 MWh/year CO₂ Saved 1,888 Tonnes/year Vestas V90
Cerfontaine	Country Belgium	Technology Wind	No of turbines/ solar panels 11	Capacity (MW) 22	CO₂ Saved (T/year) 6,142	Status Operational	Capacity 22 Megawatts Production 50 MWh/year CO₂ Saved 6,142 Tonnes/year Vestas V90
Chimay	Country Belgium	Technology Wind	No of turbines/ solar panels 4	Capacity (MW) 10	CO₂ Saved (T/year) 2,091	Status Operational	Capacity 10 Megawatts Production 17 MWh/year CO₂ Saved 2,091 Tonnes/year General Electric GE2,5xl
Chimay II	Country Belgium	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 14	CO₂ Saved (T/year) 3,244	Status Operational	Capacity 14 Megawatts Production 27 MWh/year CO₂ Saved 3,244 Tonnes/year General Electric GE2,5xl & General Electric GE2,8
Froidchapelle	Country Belgium	Technology Wind	No of turbines/ solar panels 10	Capacity (MW) 25	CO₂ Saved (T/year) 5,004	Status Operational	Capacity 25 Megawatts Production 41 MWh/year CO₂ Saved 5,004 Tonnes/year General Electric GE2,5xl
Åliden	Country Sweden	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 47	CO₂ Saved (T/year) 808	Status Operational	Capacity 47 Megawatts Production 160,000 MWh/year CO₂ Saved 808 Tonnes/year This wind farm comprises 12 turbines, for an installed capacity of 46.8 MW. The project has also included 4 miles of road modifications and 5 miles of new roads, as well as electricity infrastructure such as cables, switchgears and a control station. It is estimated that the plant will produce up to 160 GWh per year, enough clean energy to power around 32,000 households.
Brattmyrliden	Country Sweden	Technology Wind	No of turbines/ solar panels 19	Capacity (MW) 74	CO₂ Saved (T/year) 4,212	Status Operational	Capacity 74 Megawatts Production 265,000 MWh/year CO₂ Saved 4,212 Tonnes/year The wind farm consists of nineteen Nordex N131 turbines, each with a capacity of 3.9 MW, a maximum height at the rotor tip of 199.5 m, a rotor diameter of 131 m and a hub height of 134 m. The project also includes the construction of new roads and modification of existing roads, as well as electrical infrastructure such as cables, control panels and a transformer substation. The plant can produce up to 265 GWh, enough clean energy to meet the needs of about 53,000 households calculating an average consumption per household of 5,000 kWh per year, excluding heating (SOU 1999:75).
Hennøy	Country Norway	Technology Wind	No of turbines/ solar panels 12	Capacity (MW) 50	CO₂ Saved (T/year) 117	Status Operational	Capacity 50 Megawatts Production 174,000 MWh/year CO₂ Saved 117 Tonnes/year This farm consists of 12 wind turbines. The project also included a 3-mile access road, 4.8 miles of internal roads, a new ro-ro jetty on the shore, a substation with a control room and electricity infrastructure such as cables, switchgears and a transformer (55 MVA).The grid company, Sogn og Fjordane Energi Nett, built a new overhead power line to connect the site to the regional grid. It is estimated that the plant will generate up to 174 GWh of electricity per year, enough clean energy to supply between 8,700 and 10,900 households. Website
Okla	Country Norway	Technology Wind	No of turbines/ solar panels 5	Capacity (MW) 21	CO₂ Saved (T/year) 117	Status Operational	Capacity 21 Megawatts Production 75,000 MWh/year CO₂ Saved 117 Tonnes/year The wind farm is located on the Western coast of Norway on the Stadlandet peninsula near Selije, within Sogn on Fjodane county. The turbines have been specifically optimised for this high-wind project, have a maximum rated capacity of 4.2MW each and are mounted on 90-metre towers and a maximum height of 148.5 meters. An average annual production of 75 GWh is expected, well above the average of Renantis wind fleet for an equivalent capacity. Website
Koiramäki	Country Finland	Technology Wind	No of turbines/ solar panels	Capacity (MW) 30	CO₂ Saved (T/year) 68,880	Status Under construction	Capacity 30 Megawatts Production 84,000 MWh/year CO₂ Saved 68,880 Tonnes/year The windfarm will consist of 5 Nordex N163 wind turbine generators, for a total capacity of 29.5MW
Mustalamminmäki	Country Finland	Technology Wind	No of turbines/ solar panels	Capacity (MW) 30	CO₂ Saved (T/year) 68,880	Status Under construction	Capacity 30 Megawatts Production 84,000 MWh/year CO₂ Saved 68,880 Tonnes/year The windfarms capacity will be 29.5 MW and it consists of 5 Nordex N163 wind turbine generators.

Eolico offshore

Stiamo sviluppando parchi eolici offshore galleggianti per fornire energia a zero emissioni di carbonio alle regioni di Puglia, Sardegna e Calabria, nonché a Scozia, Galles e Inghilterra sud-occidentale.

La tecnologia eolica galleggiante all’avanguardia consentirà di collocare gli impianti in acque più profonde e più al largo, riducendo al minimo l’impatto visivo e ambientale e sfruttando i venti più forti e costanti. Per la prima volta coinvolgeremo la comunità, sviluppando al contempo catene di approvvigionamento locali e creando posti di lavoro nel Regno Unito e in Italia.

Il nostro coinvolgimento nella comunità

In qualità di leader nel coinvolgimento della comunità, abbiamo iniziato a costruire relazioni con le comunità intorno ai nostri progetti onshore nel Regno Unito fin dall’inizio. Nel 2005 abbiamo istituito il primo fondo di beneficenza per la comunità e ora abbiamo iniziative di successo per il finanziamento della comunità in tutti gli stabilimenti nel Regno Unito, in Svezia e in Norvegia, oltre che in alcuni dei nostri progetti in Spagna, Italia e Francia.

Eccellenza operativa

Monitoriamo e gestiamo costantemente le prestazioni dell’intero portafoglio delle centrali elettriche, assicurando una gestione meticolosa e un’innovazione continua degli asset, sfruttando tecnologie all’avanguardia.

Le nostre attività principali nella gestione degli asset comprendono la fornitura di soluzioni energetiche sostenibili ed efficienti, la conduzione di operazioni e manutenzione, la garanzia di conformità alle norme HSQE per tutte le attività aziendali e la gestione di una strategia di approvvigionamento operativo solida e sostenibile.

Possiedi terreni?

Affittando un terreno per pannelli fotovoltaici o un parco eolico, si beneficia di un reddito da locazione a lungo termine (30-40 anni), contribuendo al contempo alla transizione energetica. Compilate il modulo per scoprire come.

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