Aerial view of a port storage area with rows of large cylindrical pipes, some with yellow ends, near wind turbines and industrial buildings by the coast.
  • Monopile
  • TP-less

Nordseecluster A

The Nordseecluster A offshore wind farm is located approximately 50 km north of Juist Island in the German North Sea. It marks the first phase of RWE’s larger 1.6 GW Nordseecluster project. The foundations use monopiles without transition pieces (TP-less). A total of 44 Vestas V236-15.0 MW wind turbines will be installed, resulting in a total capacity of 660 MW. Grid connection is scheduled for early 2027, with energy to be transmitted via the DolWin Kappa converter platform into the German grid. Once fully operational, the wind farm is expected to produce around 6.5 TWh of green electricity annually, making a significant contribution to industrial decarbonization. In the TP-less design, the external working platform is connected to the monopile using six M80 T-bolts.

JBO provided key engineering services for the Nordseecluster project across several work packages—from developing the design basis (Part A), through pre-FEED, FEED, and detailed design phases for both WTG and OSS foundations, to planning for Nordsee 3 and Delta Nordsee.

Client
Nordseecluster A GmbH (RWE)
Planning period
To be completed 2026
Turbines
44 x 15 MW; 660 MW rated power
Support structure
Monopile TP-less
Services Provided

Basic Design
Detailed Design
Foundation and Substructure

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Luftaufnahme von Wellen, die an die Küste schlagen und weißen Schaum vor dem tiefblauen und türkisfarbenen Wasser bilden.
Nordseecluster A
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