US pays European wind developers billions to walk away from offshore projects

The United States government is paying some of Europe's largest energy companies to abandon offshore wind projects along the East Coast. By mid-August 2026, the Trump administration had committed approximately $4 billion in payouts to developers willing to surrender their rights to build in federally managed waters. The result: an estimated 21 gigawatts of planned wind capacity has been wiped from the development pipeline, enough to power more than 15 million average American homes.

A deliberate campaign to dismantle an industry

When Donald Trump returned to the presidency in January 2025, offshore wind was already struggling. Construction costs had climbed. Supply chains were tight. Several high-profile projects had been renegotiated or cancelled in 2023 and 2024 as developers confronted the gap between what they had bid for leases and what they could actually build at a profit. The industry was vulnerable, and the administration moved quickly to exploit that fragility.

Federal agencies subjected proposed wind farms to Pentagon reviews that many in the sector regarded as pretextual. Permits were revoked. Stop-work orders were issued. Some of these actions were blocked by courts within days, but the message was unmistakable. The most consequential intervention, however, has been the buyout programme: offering developers cash to relinquish leases they spent years and hundreds of millions of dollars acquiring. The administration has framed this as protecting coastal communities and national security. Industry figures see it as industrial policy designed to kill a sector before it reaches maturity.

The tactic is effective because it removes the political risk that had already been depressing investment. Rather than wait years for a policy reversal, some developers have taken the money. The International Energy Agency has repeatedly warned that policy uncertainty is the single largest barrier to offshore wind deployment globally, and the United States has become the most visible example of that dynamic.

European giants left holding the bag

At least nine companies still hold offshore wind development rights in US federal waters. Most are European. Denmark's Orsted, the world's largest offshore wind developer, retains five undeveloped leases. Avangrid, a subsidiary of the Spanish utility Iberdrola, holds six. Shell, the Anglo-Dutch oil major that has invested heavily in wind and renewables, is among the other remaining leaseholders.

These companies face an awkward calculation. The buyout money is real and immediate. Staying means absorbing continued political risk, legal costs, and the possibility that a future administration restores support only after years of delay have eroded project economics further. Yet surrendering leases means writing off the sunk costs of development work already completed, and signalling a retreat from what was supposed to be one of the world's largest offshore wind markets.

Mark Repsher, an energy and sustainability expert at PA Consulting, described the mood among professionals in the sector as one of forced composure over genuine distress. "Companies are trying to be upbeat, but I think if you kind of peel back the layers a bit, there's a number of emotions out there; anger, sadness," he said. "These people like what they do... sometimes it's been their whole career, and it's been put on pause now."

The grid problem offshore wind was supposed to solve

The timing of the industry's contraction could hardly be worse for the states that need it most. The three major interstate electricity grids serving the Northeast and mid-Atlantic are all under strain. Data centres, electrification of heating and transport, and new manufacturing facilities are driving demand upward faster than new supply can be connected. The grid operator PJM Interconnection, which covers most of the mid-Atlantic region, projects that power demand will exceed available supply by 7.8 gigawatts by 2033.

New York illustrates the geographic mismatch that offshore wind was uniquely positioned to address. Half of the state's electricity demand is concentrated in New York City and Long Island. Most of its renewable generation, however, is located upstate: hydroelectric plants, onshore wind farms, and solar arrays that feed power into a transmission network already running at capacity. Getting clean electricity from where it is produced to where it is consumed requires new transmission lines that are expensive, slow to permit, and politically contentious.

Offshore wind plants the generation source directly next to the demand. Subsea cables carry power straight from turbines to urban substations, bypassing the inland transmission bottlenecks entirely. Hillary Bright, executive director of Turn Forward, a nonprofit that supports offshore wind development, put the case plainly: if additional wind capacity were available now, it could fill supply gaps at a moment when the grid is under real pressure.

Two projects that prove the concept

The few offshore wind projects that have reached operation demonstrate the value proposition. Empire Wind, which sends power directly to New York City through undersea cables, is already feeding the grid. The Coastal Virginia Offshore Wind project delivers electricity to the data centre corridor in northern Virginia, one of the fastest-growing electricity consumers in the PJM territory.

These projects are small relative to what was planned. They also represent the last wave of federal permitting decisions made before the current administration took office. No new offshore wind project has received full federal approval since January 2025, and the agencies responsible for environmental review and permitting have been directed to treat existing applications with maximum scrutiny.

The buyout numbers that reshaped the market

What European companies are weighing now

The remaining European leaseholders are in no rush to accept buyouts, but neither are they racing to pour fresh capital into projects facing an openly hostile federal government. Orsted has already taken significant financial write-downs on its US portfolio. In 2023, it cancelled two major projects off the coast of New Jersey, citing rising costs and supply chain disruption. The Danish company has since adopted a more cautious stance globally, focusing on markets where policy frameworks are stable, principally in Europe and parts of Asia.

Avangrid, by contrast, has maintained a more bullish public posture. The company's Vineyard Wind 1 project off Massachusetts began commercial operation in 2024, making it one of the few large-scale US offshore wind projects actually generating power. Whether that operational foothold makes Avangrid more or less likely to surrender its remaining leases is unclear. The Spanish parent Iberdrola has deep experience navigating hostile political environments in Latin America and could decide that waiting out an American presidential term is a manageable risk.

Shell's position is harder to read. The company has scaled back its renewables ambitions under chief executive Wael Sawan, who took over in 2023 and has prioritised oil and gas returns. Shell's remaining US offshore wind leases may not be core to its strategy, making a buyout acceptance more likely than for Orsted or Avangrid, whose business models depend on building out wind capacity at scale.

The supply gap ahead

PJM's projected 7.8 gigawatt shortfall by 2033 reflects a structural problem, not a temporary dip. Data centre construction in northern Virginia continues to accelerate. Electrification of heating in states with cold winters, such as New York and Massachusetts, will add winter demand peaks that the current gas-heavy generation fleet can meet only by running additional fossil fuel plants. Manufacturing reshoring, encouraged by federal subsidies in the Inflation Reduction Act and the CHIPS Act, adds further industrial load.

Without offshore wind, states will need to find equivalent quantities of clean generation elsewhere and build the transmission to deliver it to coastal demand centres. Both tasks are slow. Onshore wind and solar face local opposition and the same transmission constraints. Nuclear plants take a decade or more to plan and build. Battery storage can shift supply within a day but cannot substitute for the sheer volume of energy that offshore turbines would provide across thousands of hours of operation each year.

The irony is that the states most affected are those whose policymakers have been most aggressive in setting emissions targets. New York's climate law requires 70 per cent of electricity from renewable sources by 2030, a target that was already behind schedule before the federal government began dismantling the offshore wind pipeline. European Environment Agency data consistently shows that policy stability, not subsidy generosity, is the strongest predictor of renewable energy deployment, and the US East Coast now offers the opposite.