Offshore Wind Project Halts, $50 B at Risk as DOI Pauses 5 Ørsted & Dominion Projects and 165 Onshore Stalls (2025 to 2026)
Offshore Wind Project Risks, Ørsted and Dominion See 5 Major Halts and $50 B in Jeopardy
The U.S. wind energy industry’s growth trajectory reversed sharply in 2025, shifting from construction and investment to litigation and survival as federal actions created extreme regulatory risk. Before 2025, the sector was on a path toward large-scale commercial deployment, but the focus has since pivoted to defending legally-permitted and active projects from administrative shutdowns.
- On December 22, 2025, the Department of the Interior (DOI) halted five major offshore wind projects under construction, including Ørsted’s Revolution Wind and Dominion Energy’s Coastal Virginia Offshore Wind. The action, which cited classified national security risks related to radar interference, immediately imperiled over 9 GW of capacity capable of powering nearly 2.7 million homes.
- The administrative blockade expanded to onshore wind, with the Pentagon effectively freezing the national security review process for new developments. This “de facto moratorium” has stalled at least 165 onshore projects, representing approximately 30 GW of potential clean energy capacity and threatening over 120, 000 jobs.
- In response, the industry’s primary activity has become legal defense. A coalition led by the American Clean Power Association filed a lawsuit in June 2026 against the Pentagon to end the review freeze. Developers for all five halted offshore projects secured judicial relief by February 2026, allowing them to resume work despite ongoing administrative opposition.
$14.7 B+ in Cancellations, Ørsted and Invenergy Abandon GW-Scale Projects
A combination of political hostility in the U.S. and adverse global economic conditions triggered a wave of gigawatt-scale project cancellations starting in 2025, erasing billions in planned investment and future renewable capacity. While U.S. political risk was the primary driver for domestic cancellations, international projects were undone by financial pressures.
- In the U.S., Invenergy formally withdrew its long-struggling 2.4 GW Leading Light Wind project in November 2025, citing economic and political headwinds. The administration also reached a $765 million deal to cancel four of Invenergy‘s offshore wind leases, while developers for the Bluepoint Wind and Golden State Wind projects agreed to voluntarily terminate their leases in April 2026.
- Internationally, economic factors forced major developers to abandon projects. Ørsted announced in May 2025 it would discontinue its 2.6 GW Hornsea 4 project in the UK, incurring up to $650 million in costs due to a challenging business case. In December 2025, RWE canceled its 2 GW offshore wind project in Australia, deeming it commercially unviable.
- The trend extends to nascent technologies, highlighting the difficulty of scaling capital-intensive energy projects. BP scrapped its flagship blue hydrogen facility in the UK and paused a carbon capture project in Indiana, while Air Products exited a green liquid hydrogen plant in New York as part of a strategic shift.
Table: Major Clean Energy Project Cancellations & Halts (2025-2026)
| Project / Leases | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Bluepoint Wind and Golden State Wind Projects | April 2026 | Developers reached agreements with the DOI to voluntarily terminate their West Coast offshore wind leases, with fees refunded. | Offshore Wind.biz |
| BP Blue Hydrogen Facility (Teesside, UK) | December 2025 | Plans for the flagship blue hydrogen facility were scrapped amid a broader retreat from large-scale hydrogen projects by oil and gas majors. | Financial Times |
| Five Major East Coast Offshore Wind Projects | December 2025 | The DOI suspended leases for over 9 GW of offshore wind capacity under construction, citing national security risks. The halt impacted projects by Ørsted, Avangrid, Dominion Energy, and Equinor. | Reuters |
| Leading Light Wind (LLW) | November 2025 | Invenergy formally withdrew its 2.4 GW project planned for New Jersey, citing economic and political headwinds. | Recharge |
| Hornsea 4 Offshore Wind Project (UK) | May 2025 | Ørsted discontinued the 2.6 GW project, citing adverse market conditions and a challenging business case. | Ørsted A/S |
U.S. vs. International, Ørsted and RWE Face Divergent Regional Pressures
While political and regulatory actions drove project halts across the U.S. in 2025, international cancellations in the UK, Australia, and Japan were primarily caused by economic and market-based pressures. This divergence highlights a split in the risk profiles for global wind energy markets.
- The U.S. market became defined by top-down political risk, with federal actions creating a uniquely hostile environment. The DOI and Pentagon interventions impacted projects across the country, from the five major offshore wind farms on the Atlantic coast to over 165 onshore projects, including 54 stalled developments in Texas alone.
- In established international markets, the primary challenges were economic. Ørsted‘s cancellation of the 2.6 GW Hornsea 4 project in the UK was attributed to “adverse market conditions, ” not political opposition. Similarly, RWE’s exit from a 2 GW project in Australia and Mitsubishi‘s withdrawal from three projects in Japan were driven by assessments of commercial viability and profitability amid rising costs.
- This split demonstrates that while U.S. developers must now prioritize navigating political and legal threats, their international counterparts are focused on managing supply chain inflation, interest rate exposure, and intense market competition to maintain project profitability.
US Wind Generation Declined in 2023
The 2023 decline in U.S. wind generation illustrates the unique regional pressures facing the American market. While global capacity is growing, this U.S.-specific dip underscores the challenges discussed in this section, such as policy uncertainty and grid constraints, which create a different operating environment compared to more stable international markets.
(Source: CarbonCredits.com)
Offshore Wind Commercial Viability, Ørsted Projects Undermined by Non-Technical Risk
Despite being a technologically mature and commercially scalable solution, offshore wind deployment in the U.S. has been artificially stalled by regulatory and political interventions, while economic headwinds challenge its financial viability in established international markets. The events of 2025-2026 confirmed that technical readiness does not guarantee project success.
- Before 2025, the U.S. offshore wind sector was progressing along a predictable commercialization path, with multiple gigawatt-scale projects moving from permitting into construction. This trajectory treated technology and market risk as the primary variables for success.
- The shift in 2025-2026 made non-technical risks the dominant barrier in the U.S. The halt of fully-permitted and under-construction projects, including Ørsted’s Revolution Wind, showed that political opposition could override technical and commercial milestones, making future investment decisions highly uncertain.
- In parallel, international cancellations like Hornsea 4 demonstrated that even with government support, the commercial case for this capital-intensive technology remains sensitive to macroeconomic factors. Persistently high supply chain costs and rising interest rates severely impacted project economics, a key challenge for a sector still working to reduce its levelized cost of energy.
SWOT Analysis, Ørsted U.S. Wind Portfolio Faces Political Threats and Legal Openings
The U.S. wind industry’s strengths in project development and access to capital are now directly countered by the immense political threat from federal actions, creating an environment where legal challenges are the main opportunity for survival. The sector’s inherent weaknesses, such as high capital costs, have been magnified by this new layer of risk.
Table: SWOT Analysis for U.S. Wind Development
| SWOT Category | Pre-2025 Environment | 2025-2026 Environment | What Changed / Validated |
|---|---|---|---|
| Strengths | Mature technology base; strong developer experience from companies like Ørsted and Equinor; supportive state-level policies and offtake agreements. | Financial fortitude to fund prolonged legal battles; deep experience navigating complex regulatory environments; ability to secure judicial relief. | The industry’s strength shifted from project execution to legal and political resilience. Court victories validated that federal actions were on weak legal ground. |
| Weaknesses | High capital intensity; long project development cycles; reliance on a constrained global supply chain for turbines and installation vessels. | Extreme vulnerability to political risk; inability to price in “de facto moratoriums” or administrative freezes; project financing models broken by uncertainty. | The weakness of long development timelines was validated, as projects under construction became targets. Political risk became the primary, unhedgeable liability. |
| Opportunities | Growing federal and state-level support; access to tax credits (like the Inflation Reduction Act); strong demand for utility-scale clean energy. | Successful legal challenges to overturn unlawful federal actions (e.g., the court orders allowing five offshore projects to resume work); heightened state-level support in response to federal opposition. | The main opportunity is now in the courtroom. Federal courts have emerged as the key enabler for projects to continue, validating legal strategy as a core business function. |
| Threats | Supply chain inflation; rising interest rates; local opposition (NIMBYism); grid interconnection delays. | Direct federal administrative action to halt projects (DOI and Pentagon orders); potential for taxpayer-funded lease buyouts; total collapse of investor confidence. | The primary threat shifted from market-based factors to direct, politically motivated intervention by the federal government, representing an existential risk to the entire sector. |
Offshore Wind Scenario Modelling, Ørsted Legal Fights Shape U.S. Sector Viability
The U.S. wind sector’s viability in the near term depends almost entirely on the outcome of legal battles against federal overreach, with project developers’ ability to secure and enforce court orders being the most critical signal to watch. The industry’s path forward is no longer determined by market forces but by judicial rulings.
- If the industry’s June 2026 lawsuit against the Pentagon succeeds in forcing a timely restart of security reviews, watch for a rapid unlocking of the 30 GW stalled onshore project pipeline. This would signal that legal recourse can effectively counter administrative delay tactics.
- If the federal government continues to pursue taxpayer-funded buyouts of offshore leases, as was reportedly considered with a $1 billion offer for the Attentive Energy project, watch for a mass exodus of capital from the U.S. offshore market. This would confirm that political risk has become un-investable for developers and financiers.
- If judicial injunctions allowing projects like Revolution Wind to resume construction are consistently upheld against further appeals, watch for a “whipsaw” dynamic where projects proceed in fits and starts. This would create immense stress on supply chains and project financing, even with legal victories.
The questions your competitors are already asking
This report covers one angle of the regulatory and national security risks halting U.S. wind energy projects. The questions that matter most depend on your work.
- What is the outlook for U.S. offshore wind deployment now that national security reviews have become a major risk?
- Are Ørsted and Dominion Energy losing ground in the U.S. offshore wind market after the Department of the Interior’s project halts?
- What is actually happening with the Revolution Wind and Coastal Virginia Offshore Wind projects since judicial relief was granted in February 2026?
- What is the status of the lawsuit filed by the American Clean Power Association to end the Pentagon’s review freeze on onshore wind projects?
This report does not answer these. Enki Brief Pro does.
Your question, your angle, your framework. SWOT, PESTL, scenario modelling. The same niche depth, built around the decision your work actually depends on.
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Erhan Eren
Erhan Eren is the CEO and Co-Founder of Enki, a commercial intelligence platform for emerging technologies and infrastructure projects, backed by Equinor, Techstars, and NVIDIA. He spent almost a decade in oil and gas, first at Baker Hughes leading market intelligence, strategy, and engineering teams, then at AI startup Maana, where he spearheaded commercial strategy to acquire net new accounts including Shell, SLB, and Saudi Aramco. It was across these roles, watching teams stitch together executive briefings from scattered PDFs and Google searches, that the idea for Enki was born. Erhan holds a BS in Aeronautical Engineering from Istanbul Technical University and an MS in Mechanical and Aerospace Engineering from Illinois Institute of Technology. He has spent over 20 years at the intersection of energy, strategy, and technology, and built Enki to give professionals the clarity they need without the analyst-grade budget or timeline.

