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Offshore wind

Making offshore wind power the cornerstone of the future energy system.

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Offshore wind energy is identified as crucial to reach climate goals, and can help meet the world's growing energy needs. The Norwegian offshore wind technology export market is currently valued at NOK 10 billion, and this figure can increase markedly depending on future investments.

Offshore wind power is currently more expensive than onshore wind power, but costs are dropping thanks to research and innovation. Floating offshore wind is still in its infancy, but Norway is at the forefront in the field, with regards to both research and to technology development.

SINTEF has world-leading research communities within offshore wind power and is building bridges to the international market. We collaborate with leading industries to reduce the levelised cost of electricity for offshore wind power, and to accelerate innovation and value creation. In addition, we carry out analytical studies, create numerical models, run simulations, conduct laboratory experiments, take field measurements, and consider environmental designs.

Expertise on offshore wind

Laboratories on offshore wind

Advanced materials characterisation - Laboratory

Advanced materials characterisation - Laboratory

The advanced materials characterization laboratory in Oslo develops techniques and makes use of advanced experimental facilities within the national infrastructure centers NORTEM, NICE, and NORFAB. It also employs modeling frameworks utilizing the...

Circulating Water Tunnel

Circulating Water Tunnel

The new Circulating Water Tunnel (CWT) is a test facility dedicated to optical measurement techniques and flow visualization. The tank's measurement section is completely transparent and can be operated either with a free surface or the lid closed.

Drone Laboratory

Drone Laboratory

SINTEF Drone Laboratory is an arena for development of drone hardware and software.

News on offshore wind

Testing wave, wind and solar energy

Testing wave, wind and solar energy

A floating offshore power plant combining wave energy converters, a wind turbine and solar panels must withstand high waves and strong winds whilst generating electricity. This being tested at SINTEF.

Projects on offshore wind

Flex2future model tests

Flex2future model tests

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Developing resilient offshore renewable energy systems combining wave, wind and solar power to deliver low-cost clean electricity and support the green transition.

Software on offshore wind

NOWIcob

NOWIcob

Norwegian offshore wind power life cycle cost and benefit