Offshore wind farm Kaskasi

Technological research in RWE's sixth wind farm off the German coast

Green electricity to help reaching climate targets

Kaskasi consists of 38 turbines (Siemens Gamesa 9MW) and has an installed capacity of 342MW.

Located 35 km off the coast of Heligoland (North Sea), next to RWE's Offshore wind farms Amrumbank West and Nordsee Ost.

Since its commissioning end of 2022, Kaskasi offshore wind farm is capable to supply the equivalent of approximately 400,000 households with green electricity.

Project status: In operation

Kaskasi at a glance

RWE Image

Please click on the image to zoom

Facts & figures

00 km

from Heligoland, German North Sea

00

Wind turbines

00 m

Hub height of wind turbines

00 m

Total wind turbine height

00 MW

Installed capacity

End of 00

Commissioning

Construction of the wind farm

Copyright: Bladt Industries, Semco Maritime
Construction image: RWE Offshore wind farm Kaskasi
Construction image: RWE Offshore wind farm Kaskasi
Construction image: RWE Offshore wind farm Kaskasi
Copyright: DEME Group
Construction image: RWE Offshore wind farm Kaskasi
Copyright: DEME Group
Construction image: RWE Offshore wind farm Kaskasi
Construction image: RWE Offshore wind farm Kaskasi
Construction image: RWE Offshore wind farm Kaskasi
Construction image: RWE Offshore wind farm Kaskasi

Research projects & innovations

RWE is driving the technological research of the offshore wind industry and is testing innovative foundations, an innovative installation technique and recyclable rotor blades at its Kaskasi offshore wind farm.


Innovative technology for offshore foundations

Steel collars increase load-bearing capacity of entire foundation

An innovative foundation technology is celebrating its premiere at RWE’s Kaskasi offshore wind farm: For the first time ever in the renewables industry special collars were installed around the monopile foundation at seabed level. The ‘collared monopile’ is a design based on a RWE patent.

Innovative technology for offshore foundations - Steel collars increase load-bearing capacity of entire foundation | RWE Kaskasi

Please click on the image to zoom


Vibrating instead of hammering - Innovative installation technique for offshore foundations | RWE Kaskasi

Please click on the image to zoom

Vibrating instead of hammering

Innovative installation technique for offshore foundations

In the research project "VISSKA" the partners want to develop forecast models for installing monopiles using the vibro pilling method, the associated noise emissions, and to validate these models through measurements in offshore conditions. 


RWE & Siemens Gamesa test the world's first recyclable wind turbine blade

Special resin paves the way to full recyclability of wind turbines

The 81-meter long blades contain a new type of resin whose chemical structure enables efficient seperation of this resin from other components. After the wind turbines have been dismantled at the end of their live cycle, the materials protected by the process can thus be reused, e.g. in the automotive industry or in consumer goods. This further paves the way for the complete recyclability of wind turbines.

RWE Image

Please click on the image to zoom

RWE Offshore Wind GmbH

RWE Platz 4
45141 Essen
Germany