The Global Wind Energy Council and more than 50 companies working in floating offshore wind have told governments they need to move faster, or the technology will not reach commercial scale this decade. The call, published this week, lands at the same time as a real-world example of why that is proving difficult: Norway has had to soften the financial terms of its flagship floating wind project because developers are worried about the risk.
Taken together, the two stories frame the central question in offshore wind right now. Fixed-bottom offshore wind and onshore wind are executing at industrial scale. Floating wind, the technology needed to tap the deep waters off Scotland, Norway, the US West Coast, South Korea and Japan, is still trying to get its first handful of commercial-scale projects to a final investment decision.
What happened
The Global Wind Energy Council and more than 50 companies and organisations involved in floating offshore wind have called for coordinated government and industry action to accelerate the commercialisation of the technology. The call is set out in the Action Statement for Accelerating Floating Wind, agreed on by the Floating Wind Industry Accelerator (FWIA), following ten months of consultations with stakeholders across the global value chain.
GWEC established FWIA in December 2025, bringing together developers, manufacturers, suppliers, investors, insurers and technical experts. The group has identified three areas for joint action: reducing floating wind costs, expanding access to finance and insurance, and scaling supply chains, infrastructure and standardisation. The initiative aims to help first commercial-scale floating wind projects reach final investment decisions (FIDs) before 2030 and support the sector’s expansion during the following decade.
Michael Hannibal, GWEC’s chair, put the stakes in direct terms. “Floating wind’s future success requires governments to work hand-in-hand with industry to seize the opportunities in front of us. If we act collectively and decisively, we can move faster and help to unlock billions of euros in future investment into the sector,” he said.
The statement is specific about what it wants from governments. A key recommendation in the action statement is for governments to turn floating wind targets into investable project pipelines through credible auction schedules, suitable revenue mechanisms and timely decisions on ports, grid connections and permitting. The group also wants auction designs that reward deliverability rather than the lowest headline price, and public money alongside private capital to bring down financing costs, according to a separate report on the plan by trade outlet reNews.
The gap between ambition and deployment
The numbers in the action plan show how early-stage floating wind still is. Around 370MW of floating wind demonstration projects are currently operating worldwide, while 2GW of proposed projects hold active offtake contracts. Against that, GWEC says several countries, including the United Kingdom, France, Norway, Spain, Portugal, South Korea and Japan, have established dedicated floating wind targets as part of their offshore wind strategies, with combined ambitions in the order of 90 gigawatts.
Cost is the main reason the gap is so wide. A 2024 techno-economic literature synthesis found that onshore wind remains the lowest-cost option, with typical LCOE of 30 to 55 USD per MWh, while fixed-bottom offshore wind exhibits higher but declining costs of 60 to 100 USD per MWh, driven primarily by installation and foundation expenses. Floating offshore wind systems currently show the highest LCOE, at 90 to 160 USD per MWh, dominated by platform and mooring costs, yet they demonstrate the strongest long-term cost-reduction potential because of access to superior wind resources and deep-water sites.
Norway’s Utsira Nord: a live test of risk-sharing
Norway’s handling of its first floating wind tender shows exactly what GWEC is worried about. The Norwegian government has completed external assessments of technology development, economic spillovers and state risk in the support programme for floating offshore wind at Utsira Nord, according to a press release dated October 7, 2026. The government acknowledges that the floating wind supply chain remains immature, which creates uncertainty about project progress, and the ministry assesses that this uncertainty has increased since the application stage.
As a result, Oslo is changing the deal. It plans two adjustments to the draft support agreement: a lower penalty for abandoning the project before the investment decision, and earlier payment of part of the aid. According to the government, the changes remain within the framework notified to the EFTA Surveillance Authority (ESA) and do not alter the state’s total financial commitment. That commitment is capped: the state’s financial commitment is limited by the framework set by the Storting, at NOK 35 billion in 2025 kroner.
The project itself is modest in size but strategically important. The support scheme is designed to enable a 500 MW floating offshore wind project at Utsira Nord, which is expected to generate approximately 2 TWh of electricity annually. In February 2026, Harald Hårfagre, a joint venture between Deep Wind Offshore and EDF Renewables, and a consortium of Equinor and Vårgrønn, which were the only developers to submit applications in Norway’s first floating wind tender, were each awarded a project area. If both submit licence applications, the winner of the support competition will be the developer requiring the lowest amount of aid per megawatt.
Cost estimates published alongside the review give a sense of scale: a 500-MW project is estimated to cost about NOK 29 billion, while annual operating costs are calculated at about NOK 880 million. The revised penalty for pulling out is set out precisely: the penalty for abandoning the project is set at NOK 500 million until an investment decision is made and at NOK 2 billion after the investment decision.
Developers are still not satisfied. Deep Wind Offshore’s chief executive has said publicly that the reduced exit penalty remains high, according to Norwegian outlet EnergyWatch, which reported that Deep Wind Offshore CEO says reduced Utsira Nord exit penalty is still high. Norway’s industry body took a more positive reading of the process itself. Arvid Nesse, chief executive of Norwegian Offshore Wind, said “the government has followed up the decision quickly, thoroughly and within a timeline few thought possible,” and the review had produced “a healthy and visible mobilisation.”
The government’s own grid analysis suggests the project would matter to consumers if built. NVE’s calculations show the project could reduce electricity prices across western and south-western Norway, with average power prices in the south-west expected to be around 3 øre/kWh lower by 2035. Despite these benefits, the assessments highlight risks, including uncertainty within the floating wind supply chain, which could affect project delivery.
Building the supply chain, one certificate at a time
Away from Norway, the engineering side of floating wind is advancing in smaller, concrete steps. In Scotland, Buchan Offshore Wind has received Basic Design Certification from DNV for the BW Ideol-designed concrete Damping Pool floating foundation selected for its nearly 1 GW floating wind project off Scotland. The Buchan floating wind farm is being developed by BayWa r.e., Elicio and BW Ideol at a site approximately 75 kilometres north-east of Fraserburgh, where up to 70 wind turbines are planned to be installed on BW Ideol’s Damping Pool foundations.
BW Ideol’s chief executive framed the certificate as evidence the technology is ready for repeat use rather than one-off demonstration. Paul De La Guérivière, chief executive officer of BW Ideol, said: “DNV’s certification of the Buchan-specific Damping Pool design is a strong signal of the maturity of our technology.” The project is also tied to a specific piece of industrial infrastructure: project partner BW Ideol has an exclusivity agreement in place with the Ardersier Energy Transition Facility for the manufacture of concrete floating foundations and is working actively on establishing a new serial production facility at the former oil and gas fabrication yard on the Moray Firth.
That detail matters because supply chain capacity, not turbine technology alone, is the bottleneck GWEC’s statement keeps coming back to: ports able to assemble and tow out floating platforms, mooring and anchor manufacturing, and installation vessels suited to deep water. Buchan’s timeline is long by design: Buchan offshore wind farm is expected to have a generating capacity of close to 1 GW and could feature up to 70 turbines, with a connection date of 2033.
The contrast: fixed-bottom and onshore wind keep scaling
The gap between floating wind’s pre-commercial status and the rest of the wind industry is visible in two other stories from the same week. In Poland, fixed-bottom offshore wind passed a milestone that floating wind is still years from reaching anywhere in the world. All 76 Vestas V236-15.0 MW turbines are in place at the Baltic Power offshore wind farm in Poland, jointly owned by Orlen and Northland Power. Over one-third of the turbines are currently generating power, according to Canada-based Northland Power, which said on 7 October that the project was on track for commercial operations in 2026.
Crucially for cost-watchers, the project is not running over budget. The company also said the costs of the project, which is now advancing through commissioning, were aligned with original expectations. Once complete, the 1.2 GW offshore wind farm, which has a 25-year contract for difference (CfD), is expected to generate approximately 4 TWh of electricity annually, equivalent to approximately 3 per cent of Poland’s current electricity demand and enough to power more than 1.5 million Polish households. That is what a mature fixed-bottom supply chain looks like: a first-of-its-kind national project delivered roughly on budget using off-the-shelf jack-up vessels and a turbine model already proven elsewhere.
Onshore wind shows an even starker contrast in scale. In China, State Power Investment Corporation (SPIC) has announced preferred bidders for around 5.52GW of wind turbine capacity under its second large-scale wind turbine procurement round of 2026, with ten Chinese manufacturers securing a share of the orders. Goldwind emerged as the largest supplier, securing preferred-bidder status for projects totalling 1,600MW. A single Chinese utility’s turbine order this month is more than ten times the installed base of floating wind anywhere on the planet.
| Project or scheme | Jurisdiction | Technology | Capacity | Status, October 2026 |
|---|---|---|---|---|
| Utsira Nord | Norway | Floating offshore | 500 MW | Support terms revised; developers maturing proposals before licence applications |
| Buchan | UK (Scotland) | Floating offshore | ~1 GW, up to 70 turbines | Foundation design certified by DNV; targeting 2033 grid connection |
| Baltic Power | Poland | Fixed-bottom offshore | 1.2 GW, 76 turbines | All turbines installed; commissioning; operations expected 2026 |
| SPIC turbine tender | China | Onshore | 5.52 GW of orders | Preferred bidders named among ten manufacturers |
Who gains, who loses
Governments with deep coastal waters and limited shallow-water sites, Norway, Scotland, France, South Korea, Japan and parts of the US West Coast, have the most to gain from floating wind working commercially, since fixed-bottom turbines are not an option in water much beyond 60 metres deep. Floating foundation designers such as BW Ideol, mooring specialists, and ports willing to convert fabrication yards stand to benefit from early-mover contracts if governments follow through on dedicated auction pipelines.
Developers who have already committed to project areas, such as the Utsira Nord consortia, carry the near-term financial exposure. They are being asked to absorb supply-chain and cost uncertainty that is, by the Norwegian government’s own admission, higher than it was when they first applied. Taxpayers in schemes with capped aid, like Norway’s NOK 35 billion ceiling, are shielded from further escalation only as long as that cap holds; if it is tested, the political cost of revisiting it would fall on the government that set it.
Competing views
GWEC and the FWIA companies argue the technology itself is proven and the obstacle is policy and finance; their statement treats 2030 as a realistic deadline for first commercial-scale FIDs if governments act now. Norway’s government, in revising Utsira Nord, is effectively agreeing with part of that diagnosis, acknowledging an immature supply chain, while also protecting the state’s own exposure by keeping its spending cap fixed. Developers on the ground, represented by Deep Wind Offshore’s public comments, say the concessions so far do not go far enough to make the risk worth taking. Norway’s offshore wind industry association reads the same process more positively, emphasising the speed and thoroughness of the government’s review rather than the remaining gap in terms.
Risks and open questions
Several questions remain unresolved. It is not yet clear whether either Utsira Nord consortium will proceed to a licence application and FID on the revised terms, or whether one or both will walk away despite the lower penalty. Buchan and similar first-of-a-kind projects still need full consent, financing and a certified, serial-production supply chain, not just a certified foundation design, before turbines go in the water. Mooring and anchoring technology, cited by GWEC as one of three priority cost areas, remains far less standardised than the turbines themselves. And insurers and lenders, who GWEC says need better access and lower costs of capital for the sector, have limited claims history to price floating wind risk against.
What to watch
- Whether Harald Hårfagre (Deep Wind Offshore/EDF Renewables) or the Equinor/Vårgrønn consortium files a licence application for Utsira Nord under the revised terms, and the per-megawatt aid level that emerges from the support competition.
- Progress on Ardersier’s serial production facility for concrete floating foundations, a test of whether Scotland can build floating wind supply chain capacity ahead of Buchan’s 2033 connection date.
- Whether GWEC’s 2030 target for first commercial-scale floating wind FIDs attracts firm commitments from the governments named in its action plan, UK, France, Norway, Spain, Portugal, South Korea and Japan.
- How fixed-bottom projects like Baltic Power perform once fully operational, as a benchmark for cost and schedule discipline that floating wind will be measured against.
Sources
- Source: GWEC Calls for Government Action to Accelerate Floating Wind Commercialisation – Offshore Wind
- Source: GWEC alliance unveils floating wind action plan – reNews
- Source: Norway Revises Utsira Nord Floating Wind Support Terms – Offshore Wind
- Source: Norway Publishes External Assessments of the Utsira Nord Floating Wind Project – EnergyNews.pro
- Source: Norway govt completes Utsira Nord review, tweaks support terms – NorwayNews
- Source: Norway completes assessments for Utsira Nord floating wind project – TGS 4C
- Source: Norway lowers penalty for abandoning Utsira Nord – EnergyWatch
- Source: DNV Certifies Floating Wind Turbine Foundation Design for Buchan Project – Offshore Wind
- Source: DNV Certifies Buchan Floating Offshore Wind Foundation Design – OE Digital
- Source: DNV certification for Buchan Offshore Wind floating foundation – Scottish Construction Now
- Source: All Turbines Installed at Poland’s First Offshore Wind Farm – Offshore Wind
- Source: Cadeler Wraps Up Turbine Installation Job at Poland’s First Offshore Wind Farm – MarineLink
- Source: Ten OEMs lined up for share of 5.5GW in Chinese onshore wind auction – Wind Power Monthly
- Source: A Structured Techno-Economic and Socio-Regulatory Comparison of Onshore, Fixed-Bottom Offshore, and Floating Offshore Wind Energy Systems – Tethys/PNNL
Header image: official press image from gwec.net.