What has actually been decided
On 30 October 2026, Enova — the Norwegian state enterprise under the Ministry of Climate and Environment — awarded a combined NOK 3.94 billion (about EUR 380 million) in support for two floating offshore wind demonstration projects to be built at METCentre, the marine energy test site off Karmøy in Rogaland.
| Item | Fortius Offshore Wind AS | Fram Wind Solutions AS | Combined |
|---|---|---|---|
| Enova support | NOK 2.00 bn | NOK 1.94 bn | NOK 3.94 bn |
| Turbines | 2 × 18.5 MW | 2 × 18.5 MW | 4 × 18.5 MW |
| Installed capacity | 37 MW | 37 MW | 74 MW* |
| Support per MW | ≈ NOK 54 m | ≈ NOK 52 m | ≈ NOK 53 m* |
*Capacity and per-MW figures are my arithmetic from the stated unit ratings; the source does not state totals. Annual production is given as 300 GWh for the four turbines combined, described as the consumption of roughly 15,000 Norwegian households.
The money is conditional: Enova pays out only if the projects are implemented. There is no reported FID, no disclosed milestone schedule and no named turbine supplier, foundation designer, fabricator or installation contractor. Both projects are, on the available evidence, at announcement stage — a funding decision, not a construction decision.
Why 18.5 MW is the real headline
Four turbines is a rounding error in energy terms. The significance lies in the size class. At 18.5 MW, these would be among the largest turbines ever installed on floating substructures anywhere, and the first of that class in Norwegian waters. That matters because floating wind's cost problem is largely a scaling problem: the industry's commercial case rests on the assumption that ever-larger turbines on shared substructures will drive down cost per MWh. Demonstrating 18.5 MW floaters — including mooring loads, dynamic cable behaviour and installation methods — is the physical test of that assumption.
Enova's selection criteria, as reported, reflect this: energy delivered per krone of support, potential for wider technology adoption, carbon footprint, biodiversity impact, and the prospect of future cost reduction. This is a technology-development programme framed as an industrial policy instrument, not a procurement of cheap electrons. Enova's own framing — "great potential for Norway" — points to the supply chain as much as to the electricity.
The implied capacity factor is worth a sanity check. 300 GWh against 74 MW × 8,760 hours (648 GWh) gives roughly 46%. That is high but not implausible for an exposed North Sea site with very large rotors; note, though, that the figure is not stated as a P50 estimate and may be gross of losses. The 15,000-household equivalence works out at about 20,000 kWh per household per year, consistent with Norwegian all-electric heating patterns.
The steel question: real, but not yet answerable
The commercially interesting part of this award for metals suppliers is what it does not yet say.
Four 18.5 MW floating units means four substructures — semi-submersible, spar, TLP or something newer — plus four mooring spreads and dynamic export cables. Enova explicitly identifies floating foundations, mooring systems, and construction and operating methods as the areas the programme is meant to prove out. Mooring chain, wire rope, forged connectors and anchors are therefore unambiguously in scope.
What is not in scope of anything published: the foundation concept, steel grades, hull tonnage per unit, mooring line counts and diameters, anchor type, cable lengths, or whether any design uses concrete or a hybrid. Anyone quoting tonnages at this stage is guessing. The procurement status of every major package — substructure fabrication, mooring hardware, turbines, EPCI and installation — is unverified, and the EPC/EPCI contractor has not been identified in available evidence.
The practical reading for fabricators and steel suppliers: this is a live, funded pipeline of four large floating units in a mature North Sea supply region, but it sits at the pre-engineering stage. The decisions that determine who wins the steel — foundation concept selection and OEM choice — have not been made public. Norwegian, UK and Dutch yards with floating track records will be watching the concept selection closely; the award of NOK ~1 billion per turbine in support implies total project costs well above that, though no capex figure has been disclosed.
Timeline and what to watch
The reported build window is "the next five years" from the October 2026 award — i.e. roughly to 2031 — with no commissioning date, construction start or FID given. A realistic sequence, in my assessment, would see concept and OEM selection through 2027, EPCI awards and fabrication from 2027–28, and installation and commissioning toward the end of the decade, followed by a demonstration operating period. That sequencing is inference, not announced fact.
The catalysts that would convert this from an announcement into a procurement story:
- Foundation concept selection by each developer — the single most consequential decision for steel content.
- Turbine OEM nomination for the 18.5 MW units — a short list of suppliers exists globally.
- EPCI and fabrication awards — likely Scandinavian, Dutch or UK yards.
- FID and financial close for each project, which is when Enova's conditional money becomes real.
- METCentre site consents and grid connection arrangements for four new units.
Context: a bet placed early
Enova's award lands in a European floating market that is still largely pre-commercial. The source reporting notes an Enova study for the Ministry of Energy earlier in 2026 suggesting industry sees a successful global rollout taking floating LCOE toward NOK 1/kWh, and points to France's EUR 63 billion, 25-year offshore allocation and the European Commission's treatment of floating wind as material to 2050 decarbonisation. Norway is not trying to win a volume race — 74 MW is tiny — but to hold a position in the technology and supply chain while others scale.
That is a defensible strategy given Norway's offshore engineering base, but it comes with a familiar risk: demonstration projects that prove technology without triggering the follow-on commercial orders that justify the investment. The five-year window and four units will produce useful data on mooring, installation and O&M for large floaters. Whether that converts into an industrial order book depends on decisions well beyond Enova's remit.
Bottom line
A NOK 3.94 billion conditional commitment, four 18.5 MW floating turbines, one test site, and no named suppliers. The projects are real and funded in principle; the procurement is entirely open in practice. For the steel and fabrication supply chain, this is one to track rather than act on — the concept-selection decisions expected over the coming period are where the tonnage will be decided.