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Chruach Wind Farm is located in Kilmichael Forest which is around 4km west of Minard in Argyll. The site ‘s 21 turbines are spectacularly set in the rugged Highland terrain, towering over the managed pine forest and looking north towards Loch Glashan. Construction work began in November 2014 and was completed in March 2016. As well as building the turbines, the project required the completion of over 13.5km of access tracks, built with locally sourced rock. The concrete for the turbine bases was also produced on site to limit environmental impact. The wind farm began full production in March 2016.

Ardrossan Wind Farm is an impressive sight, sitting high above the town of Ardrossan on the Ayrshire coast. The site is noted for its very favourable wind resources and has historically produced a capacity of around 36%.Applications to extend the operational life of Ardrossan Wind Farm. Ventient Energy has submitted two planning applications to extend the two planning consents for Ardrossan Wind Farm by an additional ten years. Ardrossan Wind Farm comprises 15 wind turbines each rated at 2 MW with an overall site capacity of 30 MW. Twelve wind turbines began commercial operations in August 2004 and the wind farm was extended with the addition of three further wind turbines in 2009.

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.

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 Wind Farm is located in Cornwall approximately 1.5 km east south east of the village of St Eval. The wind farm opened in September 2001 having originally been developed by Bonus Energy A/S and was operated by Siemens Power Generation under a framework agreement until March 2008. The wind farm straddles the boundary of North Cornwall and Restormel District Councils and the turbines occupy the area from Denzell Downs in the south to Bears Downs reservoir in the north. The eastern boundary is demarcated by the Mawgan in Pydar parish limits. Its 16 turbines are rated at 600kW and have the capacity to generate 9.6 megawatts of power.

Beinn Ghlas Wind Farm is situated amongst the hills of the Barguillean Estate near Taynuilt in Argyll. The site‘s 14 turbines sit within a 300 hectare area of rough grazing land and began commercial operations in May 1999. The 14 Siemens Bonus turbines are rated at 600kW giving the wind farm an installed capacity of 8.4MW.

The current operational wind farm has the potential to operate safely and efficiently for significantly longer than was originally intended, as set out in the recent life extension application.

Public exhibitions were held at Taynuilt Village Hall and North Connel Hall in January 2023 to present and discuss the potential repowering project with local communities.

Renantis and Blue Float Energy are also working together to develop the Bellrock floating offshore wind farm off the coast of Aberdeen.

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.

Situated close to Crow Edge near the town of Penistone in South Yorkshire, Blackstone Edge Wind Farm became fully operational in March 2013. Its three turbines have an installed capacity of 7.5MW and they ‘re located on land that ‘s currently used for pastoral farming although the local area was historically associated with coal and clay mining. With a summit peaking at 349m, Blackstone Edge is ideally situated to capture the winds that blow across the Pennines, and the three turbines generate enough electricity to power an estimated . Construction at Blackstone Edge Wind Farm began in July 2012 and the development took 9 months to complete.

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.

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.

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 Wind Farm is the most northerly site in the Ventient Energy portfolio. It ‘s around 15 miles west-northwest of the town of Wick next to the A9 main road on the way to Thurso. The wind farm is situated on Dale Moss, a large area of peatland commanding views across the wilderness of the Flow Country to Morven, the highest point in Caithness. The land below the turbines is also used for grazing cattle. The site was originally developed by nPower in 2003 before being transferred to Beaufort, then Infinis and now Ventient Energy. Its 21 turbines are rated at 2.3MW and the site has an installed capacity of 48.3MW, generating enough energy to power .

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 Wind Farm is around 9 miles north of the town of Dumfries near the village of Dalswinton which has an interesting history. Application to extend the operational life of Dalswinton Wind Farm. Ventient Energy has submitted a planning application to extend the operational life of Dalswinton Wind Farm by an additional ten years. Dalswinton Wind Farm is located around 9 miles north of the town of Dumfries near the village of Dalswinton, Scotland. Dalswinton Wind Farm comprises 15 wind turbines each rated at 2 MW with an overall site capacity of 30 MW. The wind farm has been operational since June 2008.

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.

Farr Wind Farm is around 8 miles south of the city of Inverness and has enough capacity to power 20% of the homes in the Highlands. The current planning consent will expire in December 2030. As a result of assessment work which has been undertaken in relation to Ventient Energy’s fleet of operational wind turbines and their ability to operate for longer than was originally envisaged, there is an opportunity for Farr Wind Farm to continue to generate clean electricity beyond the current consent expiry date.

Ffynnon Oer Wind Farm is located between the Afan and Neath Valleys in South Wales, approximately 10km east of the town of Neath, in the County of Mid Glamorgan. The 16 turbines are situated on a hill top site which is around 400m above sea level. There ‘s also a lot of evidence in the area of former mine workings. Following a planning application in November 2002, consent for the project was granted in May 2003. The wind farm was then built in 2006 by REPOWER (now Senvion) and is currently operated by Senvion under a warranty operation and maintenance agreement.

Galawhistle Wind Farm is located on rough grazing land 4km west of the village of Douglas in South Lanarkshire. Ventient Energy has submitted a planning application to extend the operational life of Galawhistle Wind Farm by an additional ten years. Galawhistle Wind Farm comprises 22 wind turbines each rated at 3 MW with an overall site capacity of 66 MW. The wind farm has been operational since March 2017. No changes are proposed to any physical elements of the wind farm, all of which would continue to operate as they have done since 2017.

Glenkerie wind farm is located 5km north-west of the picturesque village of Tweedsmuir, near the town of Biggar in Scotland ‘s Southern Uplands. Application to extend the operational life of Glenkerie Wind Farm. Ventient Energy has submitted a planning application to extend the operational life of Glenkerie Wind Farm for a further ten years. Glenkerie Wind Farm is located approximately 5 km northwest of Tweedsmuir near the town of Biggar in the Scottish Borders, Scotland. The wind farm comprises 11 wind turbines each rated at 2 MW with an overall site capacity of 22 MW. The wind farm has been operational since February 2012. No changes are proposed to any physical elements of the wind farm, all of which would continue to operate as they have done since 2012.

The site is ideally located for access to the local electricity grid network, being only 3km from the nearest substation at Upper Boat, Treforest.
Electricity generated will enter the National Grid transmission network and be transported across Wales.

Gordonstown Hill Wind Farm is located near the village of Auchterless in Aberdeenshire which has been settled since prehistoric times. Although there are many signs of human habitation in the area, including standing stones, extensive tests during the wind farm ‘s construction revealed no features, deposits or artefacts of archaeological significance. The villages of Fyvie and Rothienorman are also nearby and the wind farm is located on arable farmland. Construction at the site began in July 2012 and commercial operations started in March 2013. Gordonstown Hill ‘s 5 turbines are rated at 2.5MW and the site has an installed capacity of 12.5MW

Hill of Fiddes Wind Farm is situated on arable farmland near the Aberdeenshire villages of Ellon, Pitmeddon and Foveran. Commercial operations at the site began in February 2010 and the wind farm was taken into the Ventient portfolio in May 2012. The wind farm has 3 turbines, each rated at 2.3MW giving Hill of Fiddes an installed capacity of 6.9MW and the ability to generate enough energy to power .

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.

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.

The wind farm has been operating since 1993 and an application was made to extend its operation until 2027.

Lambrigg Wind farm can be seen from Junction 37 of the M6, adjacent to Lambrigg Fell, a grassy moorland just outside of Kendal in Cumbria. Ventient Energy submitted a planning application to South Lakeland District Council in December 2022 to extend the operational life of Lambrigg Wind Farm by an additional ten years. Lambrigg Wind Farm comprises 5 wind turbines each rated at 1.3 MW with an overall site capacity of 6.5 MW. The wind farm has been operational since September 2000. The application received planning consent during March 2023 thereby extending the consented operational life of the wind farm until July 2034.

Lissett is a long-established village in the Holderness area of Yorkshire ‘s East Riding. Mentioned in the Domesday Book, the village has an interesting recent history as it was home to the Royal Air Force ‘s 158 Squadron during the Second World War. During a two-year period towards the end of the war, 158 Squadron ‘s Halifax Bombers completed 250 missions, suffering the loss of 144 aircraft and 851 airmen. A memorial sculpture featuring 7 airmen was erected on the base and is dedicated to the memory of those lost during the war. The 12 Wind Turbines on the site are also named in commemoration of the site ‘s wartime past with eleven turbines named after aircraft that flew from the airfield and the twelfth to commemorate the six airmen who perished on July 2nd, 1943 due to an explosion in the bomb dump. Today, the village has a population of around 240 and its tranquil former airfield is home to 12 turbines, each rated at 2.5MW, giving the site an installed capacity of 30MW and generate enough energy to power .

Llyn Alaw (which means Lily Lake in English) is a reservoir near the town of Amlwch on the island of Anglesey. The reservoir was created by the flooding of marshlands in 1966 and it supplies 35 million litres of water a day to the northern half of the island. Llyn Alaw Wind Farm is situated to the north of the small village of Llanbabo which is close to the reservoir ‘s eastern shore. Construction work on Llyn Alaw Wind Farm began in 1996 and it opened in October 1997. The site, which was originally developed by West Coast Energy, has 44 turbines rated at 600kW, giving the wind farm an installed capacity of 20.4MW and the ability to generate enough energy to power .”

Renantis and BlueFloat Energy are also developing the Llywelyn Offshore Wind Farm off the coasts of Devon and Cornwall.

If you ‘re ever driving between junctions 20 and 21 on the south bound side of the M1, you ‘ll most likely spot the four most amusingly named wind turbines in England. Before it opened in November 2011, Low Spinney Wind Farm ‘s turbines were named by school children from Gilmorton. Acquired in May 2012, the 4 turbines are rated at just over 2MW, giving the site an installed capacity of 8.2MW with the ability to generate enough energy to power .

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.

As it becomes vital to combat climate change by producing more electricity from renewable sources, allowing fossil fuels to be phased out, we are proposing to extend the existing Millennium Wind Farm west of Fort Augustus and north of Invergarry.
Our proposal is for up to eight wind turbines to the east of the existing wind farm with an installed capacity of around 56 MW

Minsca Wind Farm is situated near the village of Bankshill, east of Lockerbie in Dumfries and Galloway. Application to extend the operational life of Minsca Wind Farm. Ventient Energy has submitted a planning application to extend the operational life of Minsca Wind Farm for a further ten years. Minsca Wind Farm comprises 16 wind turbines each rated at 2.3 MW with an overall site capacity of 36.8 MW. No changes are proposed to any physical elements of the wind farm, all of which would continue to operate as they have done since 2008.

Mynydd Clogau Wind Farm is situated on working farmland near the village of Adfa which is around 10 miles north of the market town of Newton and 14 miles east of Welshpool. The wind farm is set amongst delightful mid-Wales countryside which is popular with ramblers and mountain bikers. The wind farm was originally built by RES/Novera Energy and opened in January 2006 after 10 months of construction. It was sold to Infinis in 2009 and became part of Ventient Energy in 2018. Its 17 turbines have an installed rating of 850kW, giving the site a capacity of 14.45MW with the ability to generate enough energy to power .

Mynydd Gorddu Wind Farm can be found in the county of Ceredigion, approximately 3km south east of the village of Tal-y-bont which itself is midway between the towns of Aberystwyth and Machynlleth. Historically, Tal-y-bont has close associations with lead and silver mining and with the woollen mills that once dominated the local economy. Work on the construction of the wind farm began in the winter of 1997 and it was completed in the spring of 1998. The turbines were installed by NEGM Energy A/S overseen by RWE npower renewables (NWP). The site was operated under a warranty operation and maintenance agreement until August 2012 before switching to Npower Renewables ‘ in-house technical department. Mynydd Gorddu Wind Farm has one of the most consistent outputs in the country. Its 19 turbines are of two different types, rated at 550kW and 600kW respectively. They have the capacity to generate 10.8 megawatts of power – enough to supply {{thisSiteHouseholdEquivalent}} with electricity.

Where once there was open-cast mining for energy of a different kind, the North Steads Wind Farm generates enough power to run . The wind farm is located on land that was part of the East Chevington (Maidens Hall / Steadsburn) opencast coal mine, which ceased its operations in 1991. It was then restored to forestry and farmland in 2000 with work on the turbines beginning in August 2015. Six of the nine turbines are located within the forested area, with the remaining three in arable fields to the south. The project is also a close neighbour to the four-turbine (8.2 MW) Sisters Wind Farm which is also owned by Ventient. Acquired in 2015, North Steads ‘ 9 turbines are rated at just over 2MW, giving the site an installed capacity of 18.45MW with the ability to generate enough energy to power .

Novar Wind Farm sits in a picturesque Highland location approximately 5.5 miles west of Alness. From its elevated position on an extensive Easter Ross shooting estate it enjoys commanding views of the Cromarty Firth and Ben Wyvis. As well as being steeped in the history of Scotland ‘s Highland clans, the area is well known for its contribution to Highland employment with a number of light and heavy industries based locally. The yards at Invergordon and Nigg play a significant role in offshore development in the oil and gas sectors and, more recently, have been heavily involved in fabrication for renewables including offshore wind farms. The wind farm was originally built by nPower in 1997 before being transferred to Beaufort, then Infinis and now Ventient Energy. Its 34 turbines are rated at 500kW and the site has an installed capacity of 17MW, generating enough energy to power .

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 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 Wind Farm is located south of the A44 in Llywernog, Mid Wales, approximately 15 km east of Aberystwyth. The wind farm opened in January 1997 and has an installed capacity of 2.4MW. It was acquired from E.ON UK plc in January 2011. Rheidol has a strong operational track record with an average load factor of approximately 29% and its 8 turbines, rated at 300kW.

Following fifteen months of construction, the five turbines at Seamer Wind Farm opened for business in November 2012. The wind farm ‘s turbines are situated on land owned by three neighbouring farms located between the villages of Seamer and Hilton. Hilton is in the civil parish of the borough of Stockton-on-Tees and has an estimated population of around 400 while Seamer is in the Hambleton district of North Yorkshire, England, with an estimated population of 566. Despite their proximity to Teesside, the villages have a real rural feel, and there are a number of well-used public footpaths in the surrounding area. The wind farm ‘s turbines are rated at just over 2MW, giving the site an installed capacity of 10.25MW with the ability to generate enough energy to power .

Sisters Wind Farm is a near neighbour to Ventient Energy ‘s North Steads site and is located on the site of a restored former open cast coal mine near Widdrington Village in Northumberland. Widdrington, which is nearly six miles north east of Morpeth, has an interesting history dating back to the Norman era with a Grade 1 listed church and a ruined 18th century castle. The wind farm ‘s turbines are rated at just over 2MW, giving the site an installed capacity of 8.2MW with the ability to generate enough energy to power .

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.

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 Wind Farm is one of the first generation of wind farms to be built in the UK. It ‘s located near Bridgend in South Wales, approximately 2km south of the village of Black Mill and 3km west of Tonyrefail. It was constructed in 1993 and was originally owned by Eastern Electric. It was then purchased by National Wind Power in 1998. The turbines were manufactured by Nordtank Energy AS who were taken over by NEG Micon who then maintained the site until RWE npower renewables took it over in 1999. Taff Ely became part of the Beaufort Wind portfolio in 2004 which, in turn, became part of Ventient Energy. Taff Ely ‘s 20 turbines are rated at 450kW, giving the site an installed capacity with electricity.

Tedder Hill Wind Farm is situated on farmland between the charming villages of Roos and Rimswell, in the south of the East Riding of Yorkshire. Although planning consent at Tedder Hill was originally granted to energy giant, E.On in January 2010 following a public inquiry, the site was sold to Infinis. Construction commenced in October 2012 and the turbines began commercial operations in July 2013. The wind farm, whose 3 wind turbines have a maximum tip height of 111m from the turbine base to the blade tip, became part of Ventient Energy in 2018. Tedder Hill ‘s 3 turbines are rated at 2.5MW, giving the site an installed capacity of 7.5MW with the ability to generate enough energy to power .

Tow Law wind farm is situated close to the former mining village of Tow Law in County Durham, which is famously mentioned in the first line of the Mark Knopfler song, Hill Farmer ‘s Blues. The wind farm is just 1 mile north east of the town centre on the B6301 and is built on an area of open cast land that ‘s been restored to a mix of heathland and agriculture. Tow Law ‘s 3 turbines, which came into service in December 2001, are rated at 770kW, giving the site an installed capacity of 2.31MW with the ability to generate enough energy to power .

Trysglwyn Wind Farm is situated on farmland that ‘s used for grazing sheep and cattle as well as for arable purposes. It also hosts an annual pheasant shoot  and the wind farm is accessed via an unclassified road that connects it with the village of Rhosboyl in Anglesey. Rhosboyl (with a population of around 1100) is about 2.5 miles from the town of Amlwch which was the second largest town in Wales in the late 18th century thanks to the nearby copper mine at Parys Mountain. Construction work on Trysglwyn Wind Farm began in 1996, taking around a year to complete. Its 14 turbines are rated at 450kW, giving the site an installed capacity of 6.3MW with the ability to generate enough energy to power.

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 Wind Farm is located on a ‘brownfield ‘ site at the former Westfield open-cast coal mine which closed in 1998. The site was previously one of the largest open-cast mines in the UK and is now earmarked for an ambitious redevelopment. Westfield lies approximately 3.62 km west south west of Glenrothes and 13.40 km north east of Dunfermline. The wind farm was constructed by Infinis with works beginning in August 2012 and completing in April 2013. The wind farm is administered from a control building located within the site boundary. Westfield ‘s 4 turbines are rated at 2.5MW and the site has an installed capacity of 10MW, generating enough energy to power.

Wingates Wind Farm is situated on land that ‘s currently a mix of rough grazing and young, deciduous forest. It ‘s approximately 6km West of Longhorsley in Northumberland and accessed from the U4051 after it turns off the A697 at Longhorsley. Construction at the site began in July 2012 with Wingates ‘ 6 turbines coming into service in March 2013. The turbines are rated at 2.5MW, giving the site an installed capacity of 15MW and the ability to generate enough energy to power.

The plant has an installed capacity of 12 MW that consists of 8 using the technology of Acciona AW82

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Gamesa G90

The plant has an installed capacity of 9 MW that consists of 3 using the technology of Ecotecnia EC-100

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.

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V90

The plant has an installed capacity of 9,35 MW that consists of 11 using the technology of Gamesa G58

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 10 MW that consists of 4 using the technology of Nordex N90

The Perelles agrivoltaic farm project is located in the town of Mézidon Vallée d’Auge in Calvados.

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

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.

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V100

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.

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 9 MW that consists of 6 using the technology of Repower MD77

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.

The plant has an installed capacity of 9,1 MW that consists of 7 using the technology of Siemens Bonus1,3

The plant has an installed capacity of 6 MW that consists of 2 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 21,6 MW that consists of 9 using the technology of Nordex N117 (2.4 MW)

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.

The plant has an installed capacity of 10,4 MW that consists of 8 using the technology of Siemens Bonus1,3

The plant has an installed capacity of 9 MW that consists of 3 using the technology of Ecotecnia EC-100

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.

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.

The Youïs photovoltaic park project is located in the town of Longué-Jumelles in Maine-et-Loire.

The plant has an installed capacity of 10,8 MW that consists of 6 using the technology of Vestas V100

The plant has an installed capacity of 10,8 MW that consists of 6 using the technology of Vestas V100

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.

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V100

The plant has an installed capacity of 8 MW that consists of 4 using the technology of Enercon E-70

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.

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 15 MW that consists of 5 using the technology of Vestas V117

The plant has an installed capacity of 3 MW that consists of 1 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 10,4 MW that consists of 8 using the technology of Siemens Bonus1,3

The plant has an installed capacity of 6 MW that consists of 3 using the technology of Vestas V100

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 8 MW that consists of 4 using the technology of Vestas V90

We are developing a wind project in the town of Plouigneau in the Quélouarn sector. Environmental and technical studies are underway to better define the local issues and analyze the feasibility of the project.
The objective of this project is to produce renewable electricity, thus contributing to the decarbonization of our energy mix, to our energy sovereignty and to the production of electricity at a competitive price.

The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V90

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Vestas V90

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 6 MW that consists of 2 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 8 MW that consists of 4 using the technology of Vestas V100

The plant has an installed capacity of 11,69 MW that consists of 7 using the technology of Ecotecnia EC-74

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.

The plant has an installed capacity of 12 MW that consists of 4 using the technology of Ecotecnia EC-100

The plant has an installed capacity of 12,5 MW that consists of 5 using the technology of Nordex N90

The plant has an installed capacity of 12,5 MW that consists of 5 using the technology of Nordex N90

The photovoltaic plant will be built in the province of Udine and will have a total nominal power of approximately 9.9 MW.
It is a land for agricultural use with a total area of about 21 gross hectares which has a regular and mainly flat orographic structure.
Latest generation technological solutions have been adopted in the Aquileia project which allow optimal use of the territory.

The plant will be located between the municipalities of Castronovo di Sicilia and Roccapalumba, in the province of Palermo, and will consist of 6 turbines of 6.6 MW of unit power, a hub height of 115 meters and a diameter of 170 metres.

The Biddine photovoltaic system will fall within the territory of the Municipality of Acate (RG), while the connection works to the national electricity network will fall within the Municipality of Caltagirone (CT) and provide for the connection to the AT network of Terna on the RTN line (National Transmission Network) “Favara – Chiaramonte Gulfi”.

The plant and the connection works to the national electricity grid will fall within the territory of the municipalities of Catania, Lentini and Motta Sant’Anastasia and provide for connection to Terna’s HV grid in the Pantano d’Arci electricity station, currently under construction.

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.

The Cangiatore photovoltaic system will fall within the territory of the Municipality of Belpasso, in the Cangiatore district and will be connected to the MT E-Distribuzione network through the existing “Cabina Belpasso”.

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.

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 is a wind farm project located in the Municipality of Castronovo di Sicilia (PA) and, for connection works, in the Municipality of Cammarata (AG).

The photovoltaic plant is located in the municipality of San Paolo di Civitate (FG), in Puglia.
It has a total nominal power of approximately 46 MW generated in 14 photovoltaic fields connected to each other via underground cable ducts.
The land is agricultural and has a regular and mainly flat orographic structure for a total area of about 64 hectares.

The photovoltaic plant is located in the Molise region about 3.5 km from the town of Campomarino.

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.

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.

The Garisi agri-voltaic park project involves the provinces of Palermo and Caltanissetta and will occupy an area of approximately 129 hectares of land for a total nominal power of 57 MWp.
The project combines agricultural production and renewable energy, with the planting of an ‘agro-forestry-pastoral’ cultivation system identified in collaboration with expert agronomists.
In this way, the plants are sustainable from an agricultural and environmental point of view, and able to combine the needs for the development of renewable energies and the usual agricultural practice.

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.

The photovoltaic system will fall entirely within the territory of the Municipality of Ramacca, in the province of Catania.
The plant will be connected to Terna’s HV grid via a new 150kV electrical station planned in Maglitta.

Kailia Energia offshore wind farm is being developed by an equal partnership between Renantis and BlueFloat Energy, off the southern coast of the province of Brindisi.

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

The photovoltaic system is developed in the territory within the municipality of Pozzolo Formigaro (AL), north of the town of Pozzolo Formigaro and on the border with the municipality of Tortona (AL), has a total rated power of 46.8 MW and consists of n.74,952 photovoltaic modules installed on monoaxial solar trackers.
The photovoltaic component will be supplemented by an agricultural project that involves the planting of an intensive multi-varietal hazelnut thand the constitution of a stable lawn used as throughout the 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.

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.

The photovoltaic impianto denominato Leonacco Basso è situato nella Regione Friuli-Venezia Giulia, nel comune di Tricesimo (UD), ha una nominal potenza complessiva di circa 7.5 MW ed è costituito da 13.536 photovoltaic module installed su tracker monoassiali.

The Limbrici photovoltaic plant will fall into the territory of the Municipality of Agrigento (AG) and will be connected to the MT network of E-Distribuzione through the existing “Agrigento 2” cabin.

The photovoltaic plant will be located in the municipalities of Apricena and San Paolo di Civitate, in the province of Foggia, with a total power of 47.2696 MWp and made up of 82,208 photovoltaic modules installed on single-axis trackers.

The equal partnership between Renantis and Bluefloat Energy has submitted a project proposal to build Minervia Energia, a floating marine wind farm off the coast of Catanzaro.

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.

Nora Ventu, the company set up by the partnership between Renantis 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.

Nora Ventu, the company set up by the partnership between Falck Renewables 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.

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

Renantis 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.

With an area of about 108 hectares on flat land, the photovoltaic plant will fall within the Municipality of Calatafimi Segesta, in the Pergole district, while the connection works to the national electricity grid will fall within the Municipality of Monreale.

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.

The photovoltaic plant called Portoviro, located in the Veneto Region in Cà Cappello in the municipality of Porto Viro in the province of Rovigo, has a total nominal power of approximately 6.2 MW and consists of 10,866 fixed photovoltaic modules arranged in a “double sail” and with East-West orientation.

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

The photovoltaic plant will be located in Basilicata, in the municipality of Genzano di Lucania (PZ), will have a total nominal power of approximately 19.94 MW and will consist of 37,268 photovoltaic modules installed on single-axis trackers.

The photovoltaic plant will be located in Basilicata, in the municipality of Grottole, in the province of Matera, with a total nominal power of approximately 19.81 MW and a storage plant.

The plant, known as the “San Leone” wind farm, will consist of 12 wind turbines with a nominal unit power of up to 6.2 MW, for a total installed power of up to 74.4 MW, combined with an electrochemical storage system with nominal power equal to 10 MW and capacity 40 MWh.
The three Calabrian municipalities belong to the province of Crotone and border the municipalities of Strongoli, Rocca di Neto, Santa Severina, San Mauro Marchesato, Roccabernarda, Mesoraca and Belcastro.

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.

The plant will fall within the territory of the Municipality of Belpasso, in the Finocchiara district.
The connection works to the national electricity grid, which provide for connection to Terna’s HV grid via the future “Pantano D’Arci” electricity transformation station, will instead fall within the Municipality of Catania.

The plants of Sole Siciliano 1, 2 and 3 will fall into the territory of the Municipality of Santa Croce Camerina, in the Spinazza district at a distance of a few hundred meters from each other and will be connected to the MT network of E- Distribuzione through the existing “Cabina Santa Croce Camerina”.

The plants of Sole Siciliano 1, 2 and 3 will fall back into the territory of the Municipality of Santa Croce Camerina, in contrada Spinazza at a distance of a few hundred meters from each other and will be connected to the MT network of E-Distribution through the existing ‘Cabina Santa Croce Camerina’.

The plants of Sole Siciliano 1, 2 and 3 will fall back into the territory of the Municipality of Santa Croce Camerina, in contrada Spinazza at a distance of a few hundred meters from each other and will be connected to the MT network of E-Distribution through the existing ‘Cabina Santa Croce Camerina’.

The installations of Sole Siciliano 1, 2, 3 and 4 will fall into the territory of the Municipality of Santa Croce Camerina, in the Spinazza district at a distance of a few hundred metres from each other and will be connected to the MT network of E-Distribuzione through the existing “Cabina Santa Croce Camerina”.

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

The photovoltaic plant will be developed in the territory of the Municipality of Ginosa (TA), in the Stivaletta locality, will consist of 91,008 photovoltaic modules installed on single-axis trackers and will have a total nominal power of 53.7 MW.
The area in question is located at an average altitude of 40 meters above sea level and has a gross surface area of approximately 106 hectares intended overall for an agro-energy project, of which 75 fenced hectares will be used for a PV plant, while the remaining 31 hectares will be areas for shelter and pasture, beekeeping and diversified crops.

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

The plant will fall within the territory of the Municipality of Vittoria, in the Sugherotorto district and will be connected to the MV E-Distribuzione network through the existing Cork Cabin.
The project is located near the existing “Sugherotorto 1” plant.

The area, where the connection works and the accumulation plant works are planned, falls within the Municipality of Cervignano del Friuli (UD).
It occupies an area of about 6,550 square meters (also including the access roads).

Tibula Energia is the name of the project for a floating marine wind farm off the north-eastern coast of Sardinia, proposed by Renantis and BlueFloat Energy in the framework of the joint partnership between the two companies. The starting point is the involvement of the territories of the northeast of the island: before starting the ministerial authorization procedure, the proposing companies are conducting a series of meetings with the interlocutors of the territory to present the project proposal, make it understood the distinctive characteristics and improve it through dialogue and comparison.

The wind plant called Tre Mulini is located in the municipality of San Sostene, in the province of Catanzaro, has a total nominal power of 18.3MW and will consist of 3 turbines of 6.1MW of unit power.

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.

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.

The plant has an installed capacity of 6,9 MW that consists of 3 using the technology of Nordex N90 – R80

The plant has an installed capacity of 11,5 MW that consists of 5 using the technology of Nordex N90 – R80

The plant has an installed capacity of 57,5 MW that consists of 25 using the technology of Enercon E-92

The plant has an installed capacity of 7 MW that consists of 4 turbines using the technology of Vestas V66

The plant has an installed capacity of 60 MW that consists of 24 using the technology of Nordex N90 – R80

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM100

The plant has an installed capacity of 2 MW that consists of 1 using the technology of Enercon E66/20.70

The plant has an installed capacity of 11,7 MW that consists of 9 using the technology of Nordex N60

The plant has an installed capacity of 111 MW that consists of 37 using the technology of Vestas V90

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM 100

The plant has an installed capacity of 80,5 MW that consists of 35 using the technology of Nordex N90 – R80

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM100

The plant has an installed capacity of 4 MW that consists of 2 using the technology of Vestas V80

The plant has an installed capacity of 20 MW that consists of 10 using the technology of Vestas V80

The plant has an installed capacity of 2,1 MW that consists of 1 using the technology of WinWind WWD-1 / 60

The plant has an installed capacity of 18,4 MW that consists of 8 using the technology of Nordex N90 – R80

The plant has an installed capacity of 7,2 MW that consists of 5 using the technology of Vestas V66 and Nordex N60

The plant has an installed capacity of 0,85 MW that consists of 1 using the technology of Vestas V52

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Vestas V90

The plant has an installed capacity of 16,1 MW that consists of 7 using the technology of Nordex N90 – R80

The plant has an installed capacity of 13 MW that consists of 10 using the technology of Nordex N60

The plant has an installed capacity of 12 MW that consists of 8 using the technology of General Electric GEWE 1.5 S

The plant has an installed capacity of 35 MW that consists of 14 using the technology of General Electric GEWE 2.5

The plant has an installed capacity of 50 MW that consists of 20 using the technology of Nordex N90 – R80 and Senvion MM100

The plant has an installed capacity of 10 MW that consists of 5 using the technology of Senvion MM100

The plant has an installed capacity of 9,9 MW that consists of 15 using the technology of Vestas V47

The plant has an installed capacity of 12 MW that consists of 6 using the technology of Enercon E66/20.70

The plant has an installed capacity of 66,7 MW that consists of 29 using the technology of Enercon E-82

The plant has an installed capacity of 9 MW that consists of 4 using the technology of Vestas V80 and Vestas V90

The plant has an installed capacity of 114 MW that consists of 38 using the technology of Vestas V90 3MW

The plant has an installed capacity of 2 MW that consists of 1 using the technology of Vestas V80

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

The plant has an installed capacity of 11,5 MW that consists of 5 using the technology of Nordex N90 – R80