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| Albany Wind Farm | |
|---|---|
| Name | Albany Wind Farm |
| Country | Australia |
| Location | King River, Great Southern, Western Australia |
| Status | Operational |
| Commissioning | 2001 |
| Owner | Infigen Energy (formerly WMC Resources / Southern Hydro / Acciona) |
| Turbines | 12 |
| Capacity | 3.3 MW (total) |
| Wind farm type | Onshore |
Albany Wind Farm.
The Albany Wind Farm is an onshore wind generation facility near Albany, Western Australia established in 2001 during a period of renewable energy expansion involving Infigen Energy, Acciona, WMC Resources and regional stakeholders such as the City of Albany, the Great Southern Development Commission and the Western Australian Planning Commission.
Sited on the King River ridge near the Torndirrup National Park and overlooking the Southern Ocean, the site lies within the Great Southern region adjacent to transport links including the Albany Highway and the Great Southern Railway. The topography features granite outcrops related to the Yilgarn Craton with local vegetation of karri and jarrah transitional woodlands proximate to conservation reserves such as the Two Peoples Bay Nature Reserve and cultural heritage areas associated with the Noongar peoples and native title matters adjudicated through the National Native Title Tribunal.
Development began amid policy shifts following federal initiatives like the Mandatory Renewable Energy Target and state-level energy planning by the Western Australian Department of Energy. The project was proposed during negotiations involving corporate actors such as Babcock & Brown, engineering firms including Vestas and contractors experienced on projects like the Denmark Wind Farm (Western Australia) and international developments such as the Horns Rev and Tjæreborg installations. Construction leveraged local suppliers and civil contractors who had worked on infrastructure projects related to the Stirling Range National Park and the Albany Port upgrades.
The installation comprises a set of utility-scale turbines using turbine generator technology comparable to models supplied by manufacturers like Vestas, Siemens Gamesa, and GE Renewable Energy applied worldwide at sites such as Copenhagen Offshore Wind Farm, Walney Wind Farm, and the Wonthaggi Wind Farm. Each unit is mounted on tubular steel towers sited to optimize wind capture from the Roaring Forties wind pattern that influences the Southern Ocean and the regional climate patterns studied by institutions like the Bureau of Meteorology and the Commonwealth Scientific and Industrial Research Organisation (CSIRO). Electrical integration connects to the South West Interconnected System transmission network and complies with grid codes overseen by bodies like the Australian Energy Market Operator and the Western Power Corporation.
Operations follow asset management practices aligned with owners such as Infigen Energy and maintenance contractors with histories servicing projects for Acciona Energy and EDP Renewables. Routine maintenance cycles involve blade inspections, gearbox monitoring, and SCADA oversight similar to regimes used at Horns Rev 2, Swinoujscie, and Mytilineos facilities, leveraging condition-based monitoring technologies developed in collaboration with research partners like the University of Western Australia and the Curtin University Centre for Sustainable Energy. Emergency response and occupational health protocols coordinate with regional services including the Albany Regional Hospital and the Department of Fire and Emergency Services (Western Australia).
Environmental assessments referenced standards used by the Environmental Protection Authority (Western Australia) and addressed flora and fauna conservation near habitats of species listed under the Environment Protection and Biodiversity Conservation Act 1999 such as migratory birds and marine mammals recorded by researchers from the Australian Museum and the Western Australian Museum. Community engagement included consultations with the City of Albany council, local indigenous groups represented through the South West Aboriginal Land and Sea Council, tourism operators active in the Great Southern and academic stakeholders from the University of Tasmania and the University of Western Australia. Monitoring programs evaluated noise, visual amenity, and birdstrike risk using methodologies consistent with international practice from organizations like the International Energy Agency and the World Wildlife Fund.
Proposed upgrades consider repowering using next-generation turbines from suppliers such as Siemens Gamesa or GE Renewable Energy and battery storage solutions inspired by projects like the Hornsdale Power Reserve and the Big Battery (Victoria), with potential funding mechanisms through federal programs like the Australian Renewable Energy Agency and state incentives administered by the Department of Jobs, Tourism, Science and Innovation (Western Australia). Strategic planning engages market participants including the Australian Energy Market Operator, investors like Macquarie Group and policy frameworks influenced by the National Electricity Market reforms and climate commitments under the Paris Agreement.
Category:Wind farms in Western Australia