The DolWin Beta platform arriving in Haugesund in August 2014.
Map of DolWin2
Location
Country
Germany
From
DolWin Beta Offshore Converter Platform
Passes through
North Sea
To
Dörpen West Converter Station
Ownership information
Owner
TenneT
Operator
TenneT
Technical information
Total length
135 km (84 mi)
Power rating
900 MW
DC voltage
320 kV
HVDC DolWin2 is a high voltage direct current (HVDC) link to transmit offshore wind power to the power grid of the German mainland. The project differs from most HVDC systems in that one of the two converter stations is built on a platform in the sea. Voltage-Sourced Converters with DC ratings of 900 MW, ±320 kV are used and the total cable length is 135 km. The project is similar to the HVDC DolWin1 project but has a slightly higher power rating and uses a different design of offshore platform. The platform was designed by Norwegian company Aibel[1] and built by Drydocks World in Dubai[2] and transported to Europe in the summer of 2014[3] to be fitted out at the Aibel yard in Haugesund in Norway.[4][5][6] The platform, which is of a floating, self-installing design not previously used in an HVDC project, sailed out from Haugesund on 1 August 2015[7] and was installed in the North Sea ten days later.[8]
The overall project was built by ABB and was handed over to its owner, TenneT, in 2017.
^Wind success for Aibel Aibel 4 August 2011
^Drydocks World reinforces its leadership in offshore construction with the completion of the pioneering mega structure – DolWin beta Drydocks World 10 June 2014
^Smit Lamnalco Aid in DolWin Beta Transport Offshore Wind.biz 22 July 2014
^DolWin Beta to Arrive in Haugesund Tonight, Offshore Wind.biz, 21 August 2014.
^DolWin Beta Becomes Resident of North Sea (Gallery), Offshore Wind.biz, 2 September 2014.
^Photo of the Day: Work Underway on DolWin Beta, Offshore Wind.biz, 17 November 2014.
^Dolwin beta on the move ABB 1 August 2015
^ABB installs world's most powerful offshore converter platform in the North Sea ABB 10 August 2015
HVDCDolWin2 is a high voltage direct current (HVDC) link to transmit offshore wind power to the power grid of the German mainland. The project differs...