List of offshore wind farms in Germany

Offshore wind farms in the German Bight

The following is a list of offshore wind farms in Germany, operational within the national maritime boundaries. Germany, along with Denmark and the United Kingdom is a worldwide leader in advancing offshore wind farm technology.

Information about wind farms is gathered and compiled from multiple sources,[1][2] and primarily commercial databases and is current up to July 2015. The name of the wind farm is the name used by the energy company when referring to the farm and is usually related to a shoal or the name of the nearest town on shore.

Offshore wind farms

The list is sorted alphabetically, but it can be sorted in any way by clicking the symbol >< at the top in each column.

Wind farm Cap.
(MW)		 Turbines Where When Build
Cost		 Cap.
fac.		 Depth
range (m) 		km to
shore		 Country Owner Refs.
Alpha Ventus 60 6 × Multibrid M5000,
6 × REpower 5M		 54°1′0″N 6°36′0″E / 54.01667°N 6.60000°E / 54.01667; 6.60000 (Alpha Ventus 60MW) 2010 €250m 50.8% (2011)[3] 28 56  Germany EWE 47.5%
E.ON 26.25%
Vattenfall 26.25%		 [w 1][4][5][6]
BARD Offshore 1 400 80 × BARD 5.0 54°21′18″N 5°58′48″E / 54.35500°N 5.98000°E / 54.35500; 5.98000 (BARD Offshore 1 400MW) 2013 €2900m 40 100  Germany Ocean Breeze Energy [w 2] [7]
Breitling 2.5 1x Nordex N90 2.5MW 54°9′40″N 12°7′52″E / 54.16111°N 12.13111°E / 54.16111; 12.13111 (Breitling 2.5MW) 2006 0.5 0.3  Germany owner [8]
DanTysk 288 80 × Siemens SWP-3.6-120 55°8′24″N 7°12′0″E / 55.14000°N 7.20000°E / 55.14000; 7.20000 (DanTysk 288MW) 2015 $900 million 21-31 70  Germany Vattenfall
Stadtwerke München		 [w 3][8]
Ems Emden 4.5 1x Enercon E-112 53°19′57″N 7°12′36″E / 53.33250°N 7.21000°E / 53.33250; 7.21000 (Ems Emden 4.5MW) 2004 3 0.6  Germany [w 4][9]
EnBW Baltic 1 48.3 21x Siemens SWT 2.3-93 54°36′50″N 12°40′0″E / 54.61389°N 12.66667°E / 54.61389; 12.66667 (EnBW Baltic 1 48.3MW) 2011 €300m 48.2% (2012)[10] 16-19 16  Germany EnBW [w 5]
EnBW Baltic 2 288 80 × Siemens SWT 3.6-120 55°00′00″N 13°12′00″E / 55.00000°N 13.20000°E / 55.00000; 13.20000 (EnBW Baltic 2 288MW) 2015 €1250m 23-44 32  Germany EnBW [w 6][11][12]
Global Tech I 400 80 × Multibrid M5000 54°15′43″N 6°24′38″E / 54.26194°N 6.41056°E / 54.26194; 6.41056 (Global Tech I 400MW) 2015 110  Germany [w 7]
Hooksiel 5 1x Bard 5.0 53°38′13″N 8°6′14″E / 53.63694°N 8.10389°E / 53.63694; 8.10389 (Hooksiel 5MW) 2008 5 0.4  Germany owner [w 8][13][14]
Meerwind Süd/Ost 288 80 × Siemens SWT-3.6-120 54°23′0″N 7°41′0″E / 54.38333°N 7.68333°E / 54.38333; 7.68333 (Meerwind Süd/Ost 288MW) 2014 €1.3b 22-26 53  Germany WindMW GmbH. [w 9][15]
Nordsee Ost 295 48 × Senvion 6.2M126 54°26′00″N 7°41′0″E / 54.43333°N 7.68333°E / 54.43333; 7.68333 (Nordsee Ost 295MW) 2015 55  Germany Innogy [w 10]
Riffgat 113 30 × Siemens SWT-3.6-120 53°41′24″N 6°28′48″E / 53.69000°N 6.48000°E / 53.69000; 6.48000 (Riffgat 113MW) 2014 €480m 16-24 15-42  Germany ENOVA, EWE [w 11][16][17]
Trianel Windpark Borkum (phase 1) 200 40 × Areva M5000-116 54°2′30″N 6°28′0″E / 54.04167°N 6.46667°E / 54.04167; 6.46667 (Trianel Windpark Borkum (phase 1) 200MW) 2015 €900 million 28-33 45  Germany Trianel [w 12]
Amrumbank West 302 80 × Siemens SWT-3.6-120 54°26′00″N 7°41′0″E / 54.43333°N 7.68333°E / 54.43333; 7.68333 (Amrumbank West 302MW) 2015 40  Germany [18]
  • "Cap." is the rated nameplate capacity of the wind farm
  • "When" is the year when the windfarm was commissioned and put into service.
  • "Cost" is the total capital cost of the project up to commissioning.
  • "Cap. Fac." is the average capacity factor, i.e. the average power generated by the windfarm, as a percentage of its nameplate capacity.
  • "km to shore" is the average distance of the windfarm to shore, or (where available) the distance from the in-farm transformer/substation to the shore
  • "Depth range (m)" is the range of minimum to maximum depths of water that the windfarm is sited in
    •
  • "Refs" cite the source references for the information. The [w ...] footnotes link to each windfarm's own home page

Wind farms under construction

Wind farm Cap.
(MW)		 Turbines Where When Build
Cost		 Cap.
fac.		 Depth
range (m) 		km to
shore		 Country Owner Refs.
Borkum Riffgrund I 312 78 × Siemens SWT-4.0-120 53°58′01″N 6°33′14″E / 53.96694°N 6.55389°E / 53.96694; 6.55389 (Borkum Riffgrund I 312MW) 2015 €1.25 billion 23-29 55  Germany DONG, Kirkbi, Oticon [w 13]
Butendiek 288 80 × Siemens SWT-3.6 55°01′08″N 7°46′26″E / 55.01889°N 7.77389°E / 55.01889; 7.77389 (Butendiek 288MW) 2015 35  Germany [w 14]
Gode Wind 1 & 2 582 97 × Siemens SWT-6.0-154 54°03′00″N 07°01′00″E / 54.05000°N 7.01667°E / 54.05000; 7.01667 (Gode Wind 1 & 2 582MW) 2016 €2.2 billion 30 42  Germany DONG Energy [19]
Sandbank 288 72 × Siemens SWT-4.0-130 55°11′30″N 06°51′30″E / 55.19167°N 6.85833°E / 55.19167; 6.85833 (Sandbank 288MW) 2017 €1.2 billion 24-34 90  Germany Vattenfall [w 15]
Nordsee One 332 54 × Senvion 6.2M126 53°58′44″N 6°48′50″E / 53.97889°N 6.81389°E / 53.97889; 6.81389 (Nordsee One 332MW) 2017  Germany Northland Power, Innogy [20]
  • "Cap." is the rated nameplate capacity of the wind farm
  • "When" is the year when the windfarm was commissioned and put into service.
  • "Cost" is the total capital cost of the project up to commissioning.
  • "Cap. Fac." is the average capacity factor, i.e. the average power generated by the windfarm, as a percentage of its nameplate capacity.
  • "km to shore" is the average distance of the windfarm to shore, or (where available) the distance from the in-farm transformer/substation to the shore
  • "Depth range (m)" is the range of minimum to maximum depths of water that the windfarm is sited in
    •
  • "Refs" cite the source references for the information. The [w ...] footnotes link to each windfarm's own home page

Gallery

Windfarm home pages

See also

References

  1. ↑ Offshore Statistics January 2009, European Wind Energy Association, data from 2008.
  2. ↑ Steve Kopits and Adam Westwood. Offshore Wind: Time for a Market Take-off? Renewable Energy World, 8 October 2009, Table 1.
  3. ↑ "2011 was a great year for offshore wind". 31 October 2012. Archived from the original on 29 April 2016. Retrieved 12 July 2016.
  4. ↑ Alpha Ventus Offshore Wind Farm, Germany Power Technology. Retrieved: 27 October 2010.
  5. ↑ Alpha Ventus (Germany) offshore wind farm 4C . Retrieved: 19 August 2010.
  6. ↑ http://www.lorc.dk/offshore-wind-farms-map/alpha-ventus
  7. ↑ BARD Offshore 1 (Germany) wind farm 4C. Retrieved: 17 February 2015.
  8. 1 2 Breitling (Germany) offshore wind farm 4C . Retrieved: 19 August 2010.
  9. ↑ Ems Emden (Germany) offshore wind farm LORC . Retrieved: 6 June 2011.
  10. ↑ Knight, Sara (29 May 2015). "Politics block German offshore wind link". windpowermonthly.com. Archived from the original on 28 January 2016. Retrieved 12 July 2016.
  11. ↑ "EnBW Baltic 2". 4C Offshore. Retrieved 17 February 2015.
  12. ↑ Rathke, Martina (2015-09-21). "Ostsee-Windpark Baltic 2 speist Strom ins Netz" [Baltic Sea Wind Farm Baltic 2 feeds Power into Grid]. heise.de (in German). Retrieved 2016-01-30.
  13. ↑ Hooksiel (Germany) offshore wind farm 4C . Retrieved: 19 August 2010.
  14. ↑ Vries, Eize de. 5MW turbine Renewable Energy World, 18 November 2008 . Retrieved: 19 August 2010.
  15. ↑ Meerwind Süd/Ost (Germany) offshore wind farm 4C . Retrieved: 14 December 2014.
  16. ↑ Offshore-Windpark Riffgat erhält Netzanschluss
  17. ↑ Riffgat (Germany) offshore wind farm 4C . Retrieved: January 2015.
  18. ↑ Eon . Retrieved: 7 February 2016.
  19. ↑ Gode Wind 1 and 2 4C.
  20. ↑ First foundation for Nordsee One successfully installed Offshore Windinsutry, Retrieved 29. February 2016

External links

This article is issued from Wikipedia - version of the 10/8/2016. The text is available under the Creative Commons Attribution/Share Alike but additional terms may apply for the media files.