The Thorntonbank Wind Farm is an offshore wind farm, 30 km (19 mi) off the Belgian coast, in water ranging from 12 to 27 metres (39 to 89 ft) deep.
| Thorntonbank Wind Farm | |
|---|---|
Wind turbines D4 (nearest) to D1 on the Thornton Bank | |
![]() | |
| Country | Belgium |
| Location | 28 km north off the Belgian coast |
| Coordinates | 51.54548°N 2.92978°E / 51.54548; 2.92978 |
| Status | Operational |
| Construction began | February 2008 |
| Commission date | 18 September 2013[1] |
| Construction cost | € 1.3 billion |
| Wind farm | |
| Type | Off-shore |
| Max. water depth | 27 m |
| Distance from shore | 30 km |
| Hub height | 95m |
| Rotor diameter | 126 m |
| Power generation | |
| Units operational | 54 |
| Make and model | Senvion: 6 × 5MW, 48 × 6.15MW[2] |
| Nameplate capacity | 325 MW[3] |
| External links | |
| Website | www |
| Commons | Related media on Commons |
Electricity production started in early 2009, with a capacity of 30 MW. The capacity was increased to a total of 214 MW in 2012 and 325 MW in 2013.[3]
The first phase was built by C-Power and consists of six REpower offshore wind turbines of 5 MW capacity on the Thornton sandbank, at a cost of €153 million.[4] It was commissioned in June 2009.[5][6] A 37 km 150 kV undersea cable connects the Thorntonbank Wind Farm to the shore.[7]
The first phase of what will ultimately be a 325 MW wind farm was completed in September 2008. The six REpower 5 MW turbines, which were installed on concrete gravity foundations, were linked to the Belgian power grid, giving a total rated capacity of 30 MW for the first stage.[8] The full story of the design, engineering, construction and installation of the Thorntonbank Wind Farm (first phase) is told in an illustrated book that was published in November 2010.[9][10]
In these phases, a total of 48 additional wind turbines of 6.15MWp were installed.[11]
Phase 2, completed in October 2012, comprises the installation of 30 of the 48 wind turbines.[3] These wind turbines have been installed on steel jacket foundations designed by OWEC Tower AS and assembled at Smulders, Hoboken.[12]
In the third and last phase, completed in September 2013, the remaining 18 wind turbines were installed, bringing the total capacity to around 325 MW.[3][13]
To assess the environmental impact C-Power has enlisted the assistance of the Research Institute for Nature and Forest (INBO[14]) and the Institute for Agricultural and Fisheries Research (ILVO [15]) to obtain the most detailed possible information on the occurrence of these animal species at Thornton Bank and to assess the possible effect of a wind farm on them.[16]
How the Wind Farms affect the landscape will be studied by WES-Onderzoek & Advies, who were also involved in earlier research in connection with the perceived impact on the landscape of near shore wind farms.[16]
Offshore wind farms may affect sea fishing. Certain areas may be closed to commercial fishing, as a result of which the total area that can be fished is reduced, but new habitats may also be created as a result. The basis for this study is a thorough investigation of the importance of the Thornton Bank for sea fishing.[16]
Offshore wind farms create new structures at sea and by definition they therefore pose an additional risk to the safety of shipping. C-Power has, however, chosen a location which is a long way from the most important shipping routes so that this risk can be reduced to a minimum. C-Power will be calling upon the specialised knowledge of German consultants Germanischer Lloyd.[16]
Thorntonbank was only the second offshore wind farm to be project financed.[17]
Wind power | ||
|---|---|---|
| Wind power |
| |
| Wind farms |
| |
| Wind turbines |
| |
| Wind power industry |
| |
| Manufacturers |
| |
| Concepts |
| |
| ||