Darina Pashchenko

Norway grants support for two floating offshore wind test projects

Norway grants support for two floating offshore wind test projects
Norway backs wind tech

Norway is backing early-stage floating offshore wind development with nearly 4 billion Norwegian crowns in public support for two test projects. The funding covers installations designed to trial new technology over the next five years and could help lower costs for wider deployment of offshore renewable power.

Highlights

  • Norway's Enova awarded 3.94 billion Norwegian crowns ($427.54 million) to Fortius Offshore Wind AS and Fram Wind Solutions AS for two floating wind test projects.
  • Each company will install two 18.5 MW offshore wind turbines over five years, with total planned annual production of 0.3 terawatt hours.
  • The projects aim to demonstrate cost-reducing technology for floating offshore wind, advancing Norway's commercial renewable energy deployment beyond the pilot stage.

Funding awards and project scope

As reported by Reuters, citing Enova, Norway's state energy agency has granted 3.94 billion Norwegian crowns, equivalent to about $427.54 million, to two floating offshore wind test projects announced on Friday.

Fortius Offshore Wind AS receives 2 billion crowns, while Fram Wind Solutions AS receives 1.94 billion crowns. Both companies plan to install two large offshore wind turbines with a capacity of 18.5 megawatts each over the next five years.

Technology goals and energy impact

The projects are intended to test and demonstrate new technology that can reduce the cost of electricity generation from floating offshore wind. Annual energy production is planned at 0.3 terawatt hours, which matches the yearly consumption of around 15,000 households.

Enova says that if the projects succeed in making offshore wind technology profitable enough, it would mark a significant step toward faster large-scale deployment of renewable power. The support also underlines Norway's push to advance offshore energy technology beyond pilot stage and into broader commercial use.

Our earlier article on the U.S. AI data center buildout highlighted how soaring financing costs, construction delays, and grid constraints are calling the $10 trillion expansion story into question. We noted that only a portion of announced projects looks realistically deliverable, as tighter capital conditions, cost overruns, and local opposition force developers to prove they can secure power and complete builds on time.

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