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| Cefn Croes Wind Farm | |
|---|---|
| Name | Cefn Croes Wind Farm |
| Country | Wales |
| Location | Ceredigion, Cambrian Mountains |
| Status | Operational |
| Commissioning | 2004 |
| Owner | Statkraft, EDF Energy |
| Turbines | 39 |
| Capacity | 19.5 MW |
Cefn Croes Wind Farm Cefn Croes Wind Farm is a onshore renewable energy installation on the plateau of the Cambrian Mountains in Ceredigion, Wales. The project generates electricity using a cluster of wind turbines and was developed during the early 2000s with involvement from companies active in European energy markets. The site has been subject to national attention involving planning authorities, conservation organizations, and media outlets.
The wind farm sits within the administrative area of Ceredigion and lies on peatland and upland moor typical of the Cambrian Mountains. Development involved consultations with the Countryside Council for Wales, regional planning committees, and private developers registered in Cardiff and London. The scheme features turbines supplied by a European manufacturer and connects into the National Grid transmission network near regional substations.
The installation occupies upland terrain near the watershed dividing rivers that drain to the Irish Sea and the Bristol Channel. Access is via rural roads linking to Aberystwyth, Tregaron, and Llanidloes; the nearest notable settlements include Pont ar Fynach and lesser hamlets in Machynlleth hinterlands. The site intersects habitats recognized by agencies such as the RSPB and has proximity to designated conservation areas overseen by the UK Government's devolved Welsh institutions. The geology includes Ordovician and Silurian formations mapped by the British Geological Survey and peat deposits documented by environmental surveys carried out in partnership with academic units at the University of Wales.
The facility comprises 39 single-rotor turbines with rated unit capacities supplied by a manufacturer headquartered in Denmark; the aggregate nameplate capacity is 19.5 megawatts. Foundations and lattice components were engineered to accommodate upland wind regimes analyzed using data from the Met Office. Electrical infrastructure includes on-site substations and underground cabling connecting to regional lines managed by the National Grid ESO and distribution partners. Structural design referenced standards promulgated by the British Standards Institution and safety protocols aligned with Health and Safety Executive guidance. Noise and shadow flicker assessments were prepared following methodologies promoted by the Department of Energy and Climate Change at the time.
Construction commenced after planning consent from the principal local planning authority in the early 2000s, with civil works contracted to firms operating across the United Kingdom and the Republic of Ireland. Turbine components were transported over strategic routes involving the A44 and A470, with logistical planning interacting with law enforcement units in Powys and Ceredigion for abnormal loads. Environmental mitigation during construction referenced best practice promoted by organisations such as Natural England and the Royal Society for the Protection of Birds. Commissioning activities included performance testing witnessed by engineers from the turbine manufacturer and commissioning bodies registered with the Energy Networks Association.
Operational management has involved commercial energy companies active across European markets, with ownership stakes at times held by entities headquartered in Oslo and Paris. Day-to-day operations have been contracted to firms specialising in wind asset management based in Bristol and Cardiff, employing technicians certified under schemes promoted by the RenewableUK trade association. Electricity generated is sold into wholesale markets influenced by pricing set on platforms used by EEX and regulatory frameworks supervised by the Office of Gas and Electricity Markets. Maintenance regimes include rotor inspection, gearbox servicing and remote SCADA monitoring provided by vendors with service centres in Swansea and Liverpool.
The project generated debate involving conservation NGOs such as the RSPB and campaign groups focused on landscape protection, with objections lodged citing impacts on upland habitats and peatland carbon stores. Planning appeals and consultations invoked statutory consultees including the Countryside Council for Wales and later mechanisms under the Welsh Government. Cultural heritage stakeholders referenced proximity to upland archaeological features recorded by the Royal Commission on the Ancient and Historical Monuments of Wales. Media coverage in outlets based in Cardiff and national newspapers amplified disputes; judicial review and legal correspondence engaged solicitors operating from firms in London and Aberystwyth. Monitoring programmes commissioned after commissioning involved universities such as Bangor University and environmental consultancies accredited by the Institute of Environmental Management and Assessment.
Local economic impacts included short-term construction employment contracted via agencies in Newtown and Aberystwyth, and longer-term maintenance roles filled by technicians trained through regional vocational colleges linked to the Welsh Assembly Government's skills initiatives. Community benefit schemes were negotiated with parish councils and community councils in Ceredigion and routed through charitable foundations established by energy companies registered in Cardiff and international shareholders in Oslo and Paris. Tourism stakeholders in Aberystwyth and hiking organisations such as Ramblers engaged in dialogue about effects on landscape amenity along routes connecting to the Cambrian Mountains.
Category:Wind farms in Wales Category:Buildings and structures in Ceredigion