COLUMN: Washington Buys Wind Power to Bet on Natural Gas

A check that changes the tide

$1.22 billion to get out

The U.S. government didn’t just put the brakes on offshore wind. It agreed to pay RWE $1.22 billion to settle the company’s claims and take over three leases off the coasts of New York, California, and Louisiana. It’s a massive move. It doesn’t just close administrative cases—it rewards an exit and frees up capital for other purposes.

RWE says it has already invested more than $1 billion in its U.S. offshore wind development. The company claims it no longer sees a foreseeable path to obtaining permits. The government is therefore paying to reclaim rights it had sold, after the company had spent money to develop them, because federal policy has made their implementation unfeasible. This isn’t just a change in schedule. It’s a deliberate reallocation of risk.

The capital isn’t lost

Of the $1.22 billion, RWE plans to allocate approximately $900 million toward a 16% indirect stake in Louisiana LNG and $300 million to secure turbines for a portfolio of gas-fired power plants. The money is being diverted from three wind projects and channeled into gas assets.

America isn’t giving up on investing; it’s choosing what it wants to make possible.

The word “settlement” masks an industrial policy

A transaction, then a doctrine

Legally, the settlement resolves claims. Economically, it sends a signal to the entire industry: a company that abandons offshore wind can recoup a significant portion of its investment and redeploy it toward natural gas. According to Reuters, this is the fifth settlement of its kind and the largest to date. Previous agreements have reportedly already returned approximately $2.7 billion to developers and canceled nine leases.

Each settlement may have its own specific rationale. Together, they trace a pattern. The government revokes wind rights, compensates the rights holders, and channels the freed-up capital into fossil fuel projects whose revenues, infrastructure, and emissions span several decades. A series of contracts becomes a strategy even when no major law explicitly defines it as such.

The market understands before the rhetoric

Investors do not wait for a policy to be enshrined in a single decree. They read the permits, the reimbursements, the deadlines, and the doors that remain open. If the political cost of a wind project rises while a funded exit becomes possible, the calculus changes.

This signal extends beyond RWE. It alters the price of risk for developers, suppliers, ports, and coastal states that had built their plans around this industry.

A government doesn’t need to ban a technology to take away its future.

Three leases, three regions wiped out

New York, California, Louisiana

The rights granted cover very different bodies of water and markets. The New York Bay lease was acquired in 2022 for $1.1 billion. The California and Louisiana rights together cost approximately $163 million. None of these figures guaranteed that a turbine would be built. They represented the opportunity to proceed with studies, permits, grid connections, and competitive bidding.

This distinction matters. It would be incorrect to present $1.22 billion as the price of wind farms ready to generate power. What Washington is purchasing are industrial options: the right to try, a place in the development pipeline, and a share of future capacity that had not yet cleared all the hurdles.

Acres Based on an Assumption

In California, RWE’s lease covered 63,338 acres and had been awarded for 157.7 million. In the Gulf of Mexico, the Lake Charles area covered 102,480 acres and had been awarded for 5.6 million. Federal assessments at the time associated these areas with significant potential, without guaranteeing its realization.

An acreage is not a power plant. Potential is not production. But when leases are revoked, the regulatory pathway that could have converted that potential into production is also cut off.

We didn’t shut down three power plants; we shut three doors before knowing what they could have opened.

Gas is winning because it delivers immediately

A capacity the grid can control

Gas has a decisive political advantage: a dispatchable power plant can generate when demand requires it, subject to supply and availability. It fits into markets designed around dispatchable units. At a time when data centers, electrification, and regional growth are driving up demand, this availability becomes a powerful selling point.

RWE is allocating 300 million to turbine reservations for fifteen peaking gas-fired power plant projects. The decision addresses a real need for flexible capacity, but it transforms an urgent need for reliability into a long-term investment in a technology whose fuel, price, and emissions will continue to shape the grid.

Speed Has Its Pitfalls

A quick response can become the default path. If wind power is delayed by policy and then compared to gas based solely on speed of delivery, the outcome is predetermined before any analysis takes place. We create the advantage that we then claim to observe.

We must acknowledge the constraint without idolizing it. Reliability requires firm capacity, reinforced grids, storage, better demand management, and shorter connection times. It does not automatically dictate a single energy mix.

Gas can fill a window; the window must not become the whole house.

Public subsidies reverse the direction of risk

When the government absorbs the loss

In a normal market, a company bears part of the risk of having purchased an asset that loses value. Here, the government opts for a settlement because the leases have become the center of a regulatory and legal dispute. The payment can avoid lengthy and uncertain proceedings. It may therefore be defensible on a case-by-case basis.

But the precedent matters. When the government changes the rules, buys out the exit, and then facilitates the transition to natural gas, it socializes a portion of the opportunity cost and privatizes the new business opportunity. Taxpayers finance the closure; the company retains its ability to invest elsewhere.

The Implicit Political Contract

This mechanism conveys an implicit promise: capital that accepts the federal government’s direction will be able to find a new path. This may reduce litigation. It may accelerate certain investments. But it also teaches that the value of a project depends less on its technical maturity than on its alignment with the ruling power of the moment.

A democracy can shift its priorities. It must, however, weigh the cost of allowing each new administration to undo the achievements of the previous one.

Regulatory stability becomes a vital resource as soon as it begins to be lacking.

The counterpoint: these parks weren’t going to happen overnight

Projects Still in the Early Stages

RWE’s three leases were in the early stages. Production was not expected until the 2030s. Permits, environmental studies, power purchase agreements, grid connections, supply chains, and financing still needed to be secured. To portray their cancellation as an immediate setback would be misleading.

The United States has also learned that offshore wind can be subject to cost overruns, contract breaches, and delays. A sound policy must not confuse theoretical potential with available megawatts: it must consider the present value of costs, construction risks, grid capacity, and alternative solutions.

Uncertainty does not justify scrapping the project

This caution does not exonerate the decision. A complex technology needs a stable framework precisely because its development takes a long time. Making it unpredictable and then citing its delays amounts to using against it the very fragility that policy has exacerbated.

The correct verdict is therefore neither “all these wind farms would have succeeded” nor “nothing has been lost.” The reality is more uncomfortable: costly and uncertain options were deliberately withdrawn before they had been fully tested.

We cannot measure tomorrow using only today’s yardstick.

California Loses a Rare Asset

The Bet on Floating Wind Power

Off the coast of California, deep waters are driving development toward floating technologies. This sector remains newer, more expensive, and more challenging than offshore wind farms anchored to the seabed. That is precisely why the first leases held strategic value: they opened up a learning ground for the American industry.

RWE’s lease represented only a portion of the 2022 California auction. The federal government estimated at the time that the five zones combined could support more than 4.6 gigawatts and power more than 1.5 million households. This overall potential does not belong entirely to the canceled lease, but its withdrawal shrinks a sector that the United States had not yet had time to master.

Losing the Learning Curve as Well

A first generation of projects often pays for the infrastructure, studies, training, and methods that subsequent projects benefit from. Canceling early, therefore, does not merely eliminate potential production. It can disrupt the continuity of expertise and discourage suppliers.

The cost isn’t reflected in a monthly bill this year. It’s reflected in what the country will have to import, relearn, or finance later if policy shifts in the opposite direction.

A nascent industry often dies before its losses appear in the statistics.

Louisiana Takes Gas and Gives Back Wind

One State, Two Futures

The contrast in Louisiana encapsulates the entire situation. RWE is returning a wind lease in the Gulf of Mexico and redirecting 900 million toward Louisiana LNG. The federal government had estimated the wind project’s potential at 1.24 gigawatts—enough, according to its estimates at the time, to power approximately 435,400 households.

Once again, this potential was neither a guarantee nor a commissioning date. But the financial shift is real. Capital is shifting from a non-fossil fuel resource to a supply chain based on the extraction, transportation, liquefaction, and sale of natural gas, whose value will depend on global markets.

Exporting is not the same as ensuring domestic security

A liquefied natural gas terminal can strengthen U.S. export power, support jobs, and serve allies. These are potential benefits, not empty words. But an export asset does not automatically guarantee a reduction in local electricity bills.

Production, transportation capacity, contracts, and international prices all interact. The security argument therefore warrants clarification: security for whom, over what time frame, and at the cost of what level of dependence?

Exporting more gas does not necessarily mean making every kilowatt-hour cheaper.

Reliability deserves better than a battle of symbols

Wind varies, and so does demand

Wind power does not generate electricity on demand. This physical reality is not erased by a climate slogan. A reliable grid must balance generation and consumption at every moment, maintain reserves, and prepare for peak demand. Rejecting this constraint weakens the transition rather than supporting it.

But variability does not mean uselessness. A wind resource can reduce fuel consumption when it is generating; its value depends on the grid, geographic diversity, storage, interconnections, and the controllable capacity surrounding it. The debate is about architecture, not purity.

Gas, too, has its dependencies

A gas-fired power plant depends on fuel, pipelines, prices, and equipment, all of which can face extended lead times. It offers valuable flexibility, but not invulnerability. Excessive reliance on any single resource creates its own fragility.

Energy security is built on redundancy. If policymakers eliminate a class of capacity before comparing all possible scenarios, they may gain simplicity but lose resilience.

Reliability is not a political stance; it is the art of not relying on a single bet.

The future price remains an open question

Models are not bills

S&P Global has modeled a scenario without new U.S. offshore wind. Its analysis removes 35.68 gigawatts from the baseline scenario by 2035, then adds primarily solar, onshore wind, storage, and approximately 4.04 gigawatts of natural gas. Despite these substitutions, total capacity remains 3.54 gigawatts lower.

This scenario also projects higher wholesale prices in certain regions, notably $6 to $9 per megawatt-hour in New England and New York, and $1.30 to $1.60 in PJM. These are model results based on assumptions—not promised bills or proof that the RWE deal alone will cause a specific price increase.

The Cost Shifts

The analysis nevertheless suggests a mechanism: removing one resource forces the construction of more capacity elsewhere, the burning of more fuel in certain areas, and different demands on the grids. Even if the replacement works, it may come at a different cost.

The government may deem this cost acceptable in order to obtain more controllable power or accelerate certain infrastructure projects. But it should state this clearly, measure it, and publish the assumptions underlying this decision.

What isn’t spent on turbines may end up being spent on fuel, the grid, or market volatility.

The climate didn’t sign the agreement

Emissions That Follow the Assets

A gas-fired power plant emits carbon dioxide when it operates. An LNG terminal adds energy-intensive steps to the chain. The actual volume will depend on utilization rates, efficiency, methane leaks, the markets served, and the resources being replaced. No honest assessment can be drawn from the agreement’s monetary value alone.

The direction, however, is clear. Investments intended for future renewable energy production are being redirected toward natural gas assets likely to operate for decades; the risk of carbon lock-in is increasing, even if its exact magnitude remains to be calculated.

The word “transition” is changing its meaning

A transition can use natural gas as a bridge. But a bridge has an exit point, a timeline, and limits. Without these elements, the word simply serves to make a solution presented as temporary permanent.

The regulation alone does not specify how much gas will be burned or which technologies will be avoided. It does, however, reveal the public preference for infrastructure that currently enjoys the most secure regulatory path.

Carbon, for its part, recognizes neither legal regulations nor electoral cycles.

Trump Chose Consistency Within His Own Camp

A clear policy, finally judged by its effects

The Trump administration makes no secret of its hostility toward offshore wind power or its preference for hydrocarbons. This consistency avoids the hypocrisy of green goals accompanied by impossible permitting processes. Above all, it allows us to judge the policy for what it is: a decision to prioritize gas, fuels, and assets that can be controlled.

I prefer a clearly stated direction to a transition that is proclaimed and then quietly sabotaged. But the honesty of the course does not guarantee its wisdom. Being consistent does not exempt one from addressing the cost of regulations, lost capacity, future prices, emissions, and the dependence created by the new portfolio.

Support does not mean applauding everything

One can acknowledge the need for reliability, the geopolitical value of LNG, and the real challenges of offshore wind. At the same time, one can refuse to allow an administration to turn these truths into a license to dismiss an entire option without a comprehensive public assessment.

Credible support requires this friction. A strong energy policy must withstand its own counterarguments.

Loyalty that stifles questioning becomes another form of weakness.

Taxpayers deserve the ledger

What the government should publish

The regulation should be accompanied by a consolidated overview: lease acquisition costs, eligible expenses, abandoned claims, avoided legal costs, estimated value of reclaimed rights, and fossil fuel commitments associated with each agreement. Without this overview, 1.22 billion remains a massive but incomplete figure.

The future of these areas should also be detailed. Will they be permanently closed, repurposed, or preserved for a future policy? The public paid to reclaim these options; it must know what it now owns, what it avoided paying for, and what value could still be recovered.

Comparing the Two Paths

The ledger must cover natural gas: capital committed, target capacity, projected timelines, grid costs, supply contracts, and fuel exposure. Then wind power: timeline scenarios, required support, port requirements, and potential capacity.

An honest comparison isn’t designed to favor one technology over another. It forces the government to reveal what it is buying with public money—and what it is giving up in the process.

A billion can settle a dispute; it does not resolve the question of the public interest.

What the agreement does not yet allow us to assert

No proven disaster, no demonstrated savings

The agreement does not prove that electricity prices will rise. Nor does it prove that they will fall. It does not allow us to convert the potential of leases into certain production, nor turbine reservations into guaranteed power plants. Final decisions, permits, contracts, and grids will determine the rest.

This limitation does not weaken the criticism; it makes it stronger. The established fact is already significant: $1.22 billion in public funds is being spent to abandon three wind power options and to support the announced shift toward LNG and gas-fired power plants. Any future impact must start from there and remain conditional.

The right questions have a deadline

In a year, we’ll need to ask what funds have been disbursed, which leases have been formally terminated, and which gas investments have reached a final decision. In five years, we’ll need to compare the delivered capacity, cost, and emissions to the announced scenarios.

A policy is judged less by its press release than by the footprint it leaves on the grid.

Uncertainty is no excuse for neglect; it demands a reckoning with the facts.

A transition should not have to redeem its legacy

The choice that will outlast the press release

RWE gets an exit. Washington gets its leases returned. Natural gas gets capital. This division of spoils is clear. What is not yet clear is the net energy value received by the public: capacity, timelines, prices, resilience, jobs, emissions, and options kept open for the future.

The danger isn’t in having chosen gas for part of the portfolio. The danger is in having paid to narrow the future before publishing a complete comparison between the capacity eliminated, the capacity promised, and the risks transferred from one technology to another.

The final test lies with the grid

If the gas projects are completed on time, stabilize the system, and prevent higher costs, the administration will be able to claim success. If the fuel becomes more expensive, if capacity is delayed, or if the states later rebuild the same wind power options at a high cost, the outcome will look very different.

For now, this is what remains: public money that closes maritime routes and powers gas turbines—on paper. America calls this certainty. It should keep the receipt.

Because the wind can wait; the bill, however, always comes due.

Signed, Maxime Marquette, columnist

Columnist’s Transparency Box

Editorial Position

I am not a journalist, but a columnist and analyst. My expertise lies in observing and analyzing the geopolitical, economic, and strategic dynamics that shape our world. My work consists of dissecting political strategies, understanding global economic trends, contextualizing the decisions of international actors, and offering analytical perspectives on the transformations that are redefining our societies.

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COLUMN: Washington Buys Wind Power to Bet on Natural Gas