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We have run out of time for half measures, argues the Natural Resources Defense Council’s head of climate science and policy.

In just its first three years, the Inflation Reduction Act had historic impacts on the U.S. energy mix, spurring 115 gigawatts of new, clean generation — enough to power more than 20 million American homes.
The law was also living up to its promise to be the largest climate action in U.S. history, with projections that it would lead to up to 500 million metric tons of greenhouse gas reductions from the power sector alone a year by 2035. Then Trump returned to power and backed Republicans in Congress as they used their One Big Beautiful Bill Act to repeal many of the IRA’s most potent climate policies.
An analysis published last month by MIT’s Center for Energy and Environmental Policy Research argues that in spite of these losses, “the glass is half full.” Clean power is still thriving, the report argues, regardless of the attacks on solar and wind and on efforts to address climate change.
When I look at the data, however, I see a glass much more than half empty.
The repeal of the key IRA tax credits and other Trump administration policies will result in 637 fewer gigawatts in added clean energy over the next 15 years and cost the average American household $4,500, according to modeling by Energy Innovation.
Axing the tax credits also results in the U.S. losing up to 85% of the projected emissions reductions from the IRA by 2035. This is the case even though many wind and solar projects will continue to claim tax credits through 2030, meaning that as time goes on, the losses will get steeper.
My own analysis, released Tuesday, finds that the Trump administration’s policies would result in the loss of up to 540 gigawatts of clean energy over the next decade — 40% of all the new power expected to be built before Trump took office. In total, the U.S. stands to lose more than $700 billion in net power sector investment. Over the next decade that will mean a half-million fewer clean energy jobs, $230 more on the average utility bill, and 600 million metric tons of additional carbon emissions a year, essentially doubling the power sector's climate footprint in 2035.
This debate is crucially important as we think about how to set durable policies once a president who dismisses climate change as the “greatest con job ever perpetuated” finally leaves office for good. Given the crisis before us, we cannot accept progress in half-measures. Whether you see the glass as half full or half empty, it’s simply not enough. The next administration will need to build on the success of the IRA to make sure we make up for the time and scale we have lost under Trump.
For longtime advocates of clean energy like me, we are in the best of times and the worst of times.
Buoyed by a stunning reduction in the cost of utility-scale solar (81% since 2009) and onshore wind (50%), and by the boost from tax credits, clean energy development in the U.S. is surging. The country added more wind, solar, and battery storage in the last five years than it had in the previous century, delivering record-breaking amounts of clean energy each year after the IRA passed. The power sector plans to add more new power capacity in 2026 than it has ever built in the nation’s history, with 93% of it coming from solar, wind, and battery storage.
And yet, with the One Big Beautiful Bill, less than half of the wind, solar, and battery projects predicted under the IRA will likely be built over the next decade — up to 59 gigawatts per year instead of up to 131 gigawatts, according to a peer-reviewed study published in Nature Reviews Clean Energy. That means the loss of enough electricity to power tens of millions of homes a year by the 2030s.
Add the administration’s other harmful actions to cancel offshore wind leases, enact tariffs that have made development prohibitively expensive, and delay approvals of even routine permits, and the impacts skyrocket. Altogether, Trump’s energy agenda is set to cost the average American household $4,500 more on their energy bills over the next 15 years, according to Energy Innovation’s analysis. Because gas turbines are in short supply, ending the solar and wind tax credits “directly increases system costs by making the only thing available more expensive,” it concluded.
It’s worth taking a moment to explain why this outlook is so much worse than “more than half full.”
The MIT paper compares expected power sector emissions in 2035 to a baseline of 2021. In one scenario it looks at the outlook under pre-Trump policies, including both the IRA and new emissions standards enacted by the Environmental Protection Agency that Trump is moving to undo versus what is expected now.
This approach is a departure from how policy impacts are best measured. In standard practice, modelers compare policies against a “business-as-usual” scenario, i.e. the current policy landscape, not an arbitrarily chosen past year.
The Nature Reviews Clean Energy meta-analysis did exactly this, comparing the Big Beautiful Bill not only to the IRA but also to a “No IRA” baseline to isolate the impact from these policies. The conclusion: Economy-wide, the GOP tax law eliminates between 67% and 85% of the emissions reductions projected under the IRA, bringing us back nearly to the No IRA world.
Even with the static comparison used by MIT, the year chosen can change the picture substantially. While MIT’s analysis chose 2021, the latest Energy Innovation analysis started from 2025, the most recent full-year data. Using 2025 as a baseline, the researchers found that federal policies enacted since January 2025 will result in 56% fewer emission reductions over the next 15 years.
To be clear, that is not 56% of the emission reductions due to the IRA, but rather 56% of all emission reductions expected due to policy and baseline trends. Losing more than half of our nation’s progress is a heavy blow.
To some degree, the MIT paper is not contesting this conclusion. The “Glass Half Full” paper’s author, Lily Bermel, says the underlying economic trends are a reason that restoring the tax credits wouldn’t be the most effective use of political capital. She argues that solar and wind are now “mature” technologies, and that “the energy transition’s direction is set by technology costs and demand growth, while policy shapes its pace and scale.”
However while wind, solar and batteries are now a low-cost resource and the dominant source of new power, we still aren’t building as much or as fast as we need to.
Renewables come with a wide array of public benefits: They reduce energy prices, volatility risk, and dependence on foreign fuels; they cut emissions and local pollution; and they promote American jobs and manufacturing. Peer-reviewed research has concluded that the U.S. needs to build twice as much wind and solar per year over the next decade as currently projected given the risks of climate change. That’s a wide gap between what the market is delivering and what the public needs. Government incentives and standards remain key to filling this gap.
We also can’t ignore the affordability crisis facing many American households today. While wind and solar are low-cost, mature technologies that lower electricity prices and rates due to minimal operating costs, building these facilities at scale involves large upfront costs that tax credits can help mitigate. Tax credits make clean energy technologies more competitive and reduce utility bills by moving these costs from households to the federal government.
In a recent Washington Post op-ed, Bermel built on her analysis to make four concrete policy recommendations. Instead of reestablishing tax credits for solar and wind, Congress should push through permitting and transmission reforms and support for “clean firm” technologies such as nuclear (a technology that has been available at commercial scale since the 1950s) and geothermal power, she argued.
The answer to our predicament is to “build,” she writes, echoing a refrain that the Natural Resources Defense Council has been highlighting recently as well. But Bermel says these measures should be done instead of reinstating the tax incentives for solar and wind.
That’s the wrong place to start.
Given the surging demand for electricity, growing costs of climate change, and skyrocketing electricity bills across the U.S., a new Congress will need to address many issues at once. We will need measures to speed approvals for new transmission lines and get grid operators like PJM to connect more power to their grids. We will also need emissions standards and tax incentives, expanding on the incredibly successful tax credits for solar and wind to make sure enough low-cost, affordable clean energy gets built. And we will need other tax and trade policies to ensure all of this is driving American-made manufacturing.
That’s a lot to tackle, but given the climate destruction we’ve seen this summer from Oregon to Ontario and far, far beyond, we cannot settle for just a few sips of progress when we need a full pint. And, importantly, voters support these actions and reward lawmakers who take them. Leaders in Washington shouldn’t shrink from the challenge just because the failing Trump administration wants to pretend it is all a hoax.
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Current conditions: The Atlantic set a record on Saturday for the longest stretch of the hurricane season since the advent of satellites without a major named storm • Argentina is bracing for severe Zonda winds, a type of intense downslope gust unique to the eastern side of the Andes Mountains • While the wildfires darkening skies over Indonesia have receded, blazes are still raging across the southern shores of Sumatra, Borneo, and West Papua.
The United States is preparing to eliminate any cap on the amount of planet-warming pollution from burning coal or gas that power plants can spew into the atmosphere. On Sunday night, The New York Times reported that the Environmental Protection Agency planned to announce a final repeal of climate rules on the power sector at this week’s summit in Houston of energy ministers from the Group of 20 nations. The EPA already moved to remove the entire legal basis for regulating greenhouse gases at any level by gutting its endangerment finding, which my colleagues Robinson Meyer and Emily Pontecorvo explained last winter. In March, as I told you at the time, almost half of all U.S. states sued to block the administration from rescinding the finding. The EPA went on to scrap standards on climate-heating emissions for car tailpipes and loosened rules on heat-trapping chemicals used in refrigerators and air conditioners. Under the new proposal, which the Times noted would come out Monday, power plants would still face limits on mercury, arsenic, and other contaminants, “though the EPA has already loosened restrictions on how much mercury they can emit.”
Nearly a year ago, I told you about the legal challenges already mounting for President Donald Trump’s order to keep a Michigan coal-fired station open past its planned retirement date on the grounds that the broader grid system is under an “emergency” level of stress. Maintaining the J.H. Campbell coal station for just three months past its previously-agreed closure cost the utility Consumers Energy nearly $30 million. And all that was to fulfill an illegal order, a federal court just decided. On Friday, the D.C. Circuit Court of Appeals ruled against the Trump administration’s use of emergency powers to force the plant to stay open. The court found that the Department of Energy illegally invoked Section 202(c), the emergency authority of the Federal Power Act, to override the long-term planning process through which Consumers, Michigan, and the Energy Department had agreed to terminate power production at the 1.4-gigawatt plant. The agency has since used the same statute to order coal plants in Colorado, Florida, Indiana, and Washington to remain open. “The DOE needs to stay in its lane and use its emergency powers only in actual emergencies,” Michael Lenoff, Earthjustice attorney, said in a statement. “Preventing the market-driven retirements of coal plants to advance a coal-friendly agenda is not a proper use of emergency powers.” In July, Washington State announced a deal with utility TransAlta to convert the state’s only remaining coal plant to run on natural gas. But that same day, the Energy Department renewed its directive to keep TransAlta’s Centralia coal plant running for at least another three months. “America needs more reliable power, not less, and today’s order will help ensure reliable electricity generation remains available to help address periods of peak demand,” Secretary of Energy Chris Wright said in a statement at the same time. “The Trump administration remains committed to reversing the misguided energy subtraction policies it inherited from past leaders.”
The White House, meanwhile, is considering using the Defense Production Act to expand U.S. oil refining capacity. The proposal, reported by Reuters, came up during a meeting between Trump and a dozen U.S. refiners, who told the president that federal money “would be better directed toward making refineries more efficient or expanding existing plants rather than financing an entirely new refinery,” which would cost more and take years to complete.
A surge of utility-scale solar projects racing to completion before the federal tax credits expires in July added 11.4 gigawatts of capacity to the U.S. in the second quarter of this year, representing a 45% increase. That’s according to a PV Tech analysis of the latest Solar Energy Industries Association report I told you about on Thursday. Rooftop solar was a mixed bag in the second three-month stretch of 2026. Residential solar installations fell 12% year over year and community solar declined 14%, but corporate and industrial projects grew by 11%. Utility-scale projects, on the other hand, soared by 61% year over year. “The concentration on utility-scale developments was a direct response to the Trump administration’s phaseout of tax credits for renewable energy deployments from July 4, 2026 and the ‘safe harbor’ period that requires projects are placed in service,” PV Tech wrote.
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Canadian Prime Minister Mark Carney instructed his special envoy to Europe to “scope out the most ambitious possibilities short of full membership” in the European Union or its common market, The Wall Street Journal reported Sunday. The details, the newspaper noted, “are still being sketched by technical working groups for what the prime minister has told his aides will be the reorienting of an economy and a society that for half a century has been dominated by the U.S.” If successful, the pivot to Brussels would reshape the energy and resource profile of both continents, pairing Europe’s wealth and vast population with Canada’s vast supply of oil, gas, and minerals. “In a more dangerous and divided world, Canada and our European partners are moving ever closer,” Carney said in a statement over the weekend. “Our shared values, complementary strengths, and common interests serve as the strong foundation on which we can build a stronger future. Together, Canada and our European partners have the ambition and strength to create a more just, stable, and universally prosperous world.”

Canada boasts the world’s second-biggest output of uranium, a potential boon to Europe’s nuclear sector. But with Kazakhstan, the world’s top supplier, cautioning that more of its supply could end up going to China and other new buyers, Australia — the world’s No. 4 supplier — is looking for a bigger stake in the world’s third-place producer, Namibia. A pair of Australian companies are pushing ahead with plans to build new projects in the southwest African nation, Bloomberg reported last week. Bannerman Energy and Deep Yellow are both based in the Western Australian mining hub of Perth. Bannerman is considering a joint venture with China National Nuclear Corporation in which Beijing’s state-owned reactor operator would buy a 45% stake in a mine and agree to buy 60% of its output once the project is commissioned in 2028. Deep Yellow’s nearby Tumas project is, per the newswire, “a little less advanced but targeting a final investment decision toward the end of the year.”
China’s wind turbine champion, Goldwind, is getting into another green sector. The world’s largest turbine manufacturer shipped its first batch of green methanol from a 160-megawatt project in Inner Mongolia to South Korea, where it’s expected to be shipped to a buyer in the EU, Hydrogen Insight reported. It’s yet another sign of how China is stepping up to meet the EU’s carbon tariff.
Even the hardiest are shivering at the price of heating oil.
As leaves begin to turn from green to autumn hues of amber, gold, and brown, New England is preparing for an expensive winter.
While most of the country heats their homes with natural gas or electricity, about 5 million households — overwhelmingly located in the Northeast — use oil. Like diesel and gasoline (both of which have set price records recently) home heating oil is distilled from crude oil, which is currently trading at prices not seen since the early months of the war between the United States, Israel, and Iran.
Benchmark oil prices are over $100 for the first time since the spring as the Iran War grinds forward with no end in sight. Houthi attacks on Saudi oil tankers and infrastructure in and around the Red Sea and continued Ukrainian drone strikes on Russian refineries have put added pressure on U.S. facilities to supply the world with gasoline, jet fuel, and diesel, raising prices domestically. Russia’s own fuel imports reached a record 172,000 metric tons in August, according to an analysis from the Centre for Research on Energy and Clean Air, mostly from South Korea and India, putting further strain on the global market (the country was once the largest exporter of refined products).
The effects have trickled downstream to the distillate market, as well. Diesel prices surged past $6 per gallon on Friday, while retail home heating oil prices in Maine, one of the Northeastern states most dependent on oil to heat homes, are around $5.39, their highest since April. Making matters worse, stocks of distillate fuel oil, which includes heating oil, are at their lowest level for this time of year since the Energy Information Administration started keeping records. The EIA released a new forecast this week projecting that “global production of distillate fuel will remain below last year’s levels in the coming months, contributing to low U.S. diesel inventories and high diesel prices.”
For Mainers and others across New England, that adds up to a hard winter to come.
“As the most heating oil reliant state in the country, Mainers are uniquely impacted by rising and volatile oil prices,” Acting Commissioner of the Maine Department of Energy Resources Celina Cunningham told me in an emailed statement. About half of the state’s residents “still rely on oil as their primary heating fuel,” she told me, even as outgoing Governor Janet Mills has encouraged heat pump adoption. “The cost of heating oil is already more than 60% higher than it was at this time last year,” Cunningham added, “putting added pressure on Maine households as we head into the winter heating season.”
Mark Wolfe, executive director of the National Energy Assistance Directors Association, told me that the total cost of heating a home exclusively on oil will jump from $1,740 to $2,297 this winter. “Families using heating oil will get hit twice — first from gasoline, and then heating oil,” he said.
The price of home heating oil has long been a hot button issue in New England politics, and this year’s slate of Congressional races is no exception. Matt Dunlap, the state auditor and Democratic nominee in Maine’s Trump-voting 2nd Congressional District, told reporters earlier this week while standing in front of a heating oil delivery truck that “right now, families across this district are sitting at their kitchen tables signing their heating oil contracts for the winter and staring at numbers they simply cannot afford.” In keeping with Trump’s recent admonition to pretend he’s on the ballot, Dunlap used the occasion to criticize the president’s foreign policy. The Iran War, Dunlap said, “is not an abstract foreign policy debate. That’s the reason your heating bill this winter could be hundreds of dollars higher than it was last year.”
Susan Collins, the Republican senator running for re-election in Maine, regularly highlights her role in bringing in funding from the Low-Income Home Energy Assistance Program for Mainers, even as staff in charge of administering the program were laid off early in the Trump administration.
To the extent New Englanders can expect any relief, it likely won’t come from the supply dynamics of heating oil — the EIA has upped its price forecast for both this year and 2027. They may, however, simply need less. Thanks to what could be an historically strong El Niño, New England may be in for a warmer (albeit wetter) winter than usual.
Talking about the data center backlash, the midterm elections, and the future of renewables with Columbia Law School’s Romany Webb.
This week’s conversation is a quick catch-up with our friends at Columbia Law School’s Sabin Center for Climate Change Law. I hopped on the phone with the center’s deputy director Romany Webb to chat about recent updates they published to anti-renewables opposition analysis. I wanted to dig into their research beyond the toplines — what should people care about in the coming election? How have data centers come up in their research? Or the repeal of the Inflation Reduction Act?
The following conversation was lightly edited for clarity.
Let’s start with the updates. Walk me through what’s new in your research.
So, we published two-year reports that detail renewable energy opposition across the United States; one is our report we’ve published since 2021 and it’s a new edition, and the other is an update of a report we published a few years ago on false claims about renewable energy where we highlight the misinformed used against projects.
This year’s local opposition report found local opposition continues to be widespread and really endemic. There’s been opposition to renewable energy development in every state across the country and we’re seeing it still have a real impact on whether projects get built. But there are small glimmers of hope. We identified 70 new state and local restrictions, which was a decline from previous years — that’s notable.
In select states where there have been a lot of these local restrictions, we’ve seen a drop off, like in Michigan after they enacted their state siting law. These are encouraging signs, and obviously it’s still early days, but it shows some of these state reforms are having a positive impact.
How is data center opposition coming up in your research?
Our reports do not track opposition to data center development. But we do certainly hear anecdotally that debates over data center development are spilling over into debates over renewable energy and battery storage. Often, local communities express concern that these new projects are just being built to power data centers — in some cases when there’s no connection at all, really. But I don’t have data on that link.
You said the law Michigan enacted might be working. Do you know if these laws limiting local opposition actually help with fighting renewable energy opponents, or are they engendering their own backlashes that undermine their effectiveness?
I think it’s too early to say the impacts they’ll have over the medium to long term. In the near term, many of the laws have been successful in accelerating the permitting of renewable energy projects or making it easier for them to be approved. Recent data out of New York shows that many of the projects that have gone through the new siting process are being approved — they’re still fairly long but they’re consistent which is good for development. In other places we’ve seen efforts to limit local government’s ability to adopt restrictions on renewable energy development, like Illinois and Michigan.
Those laws are relatively new, but the data we have shows that drop-off. It suggests the intended effect. But we need more time to know how effective they are and some of those laws have been getting quite a bit of pushback. There’s been a myriad of bills enacted in state legislatures across the country that would roll back those recent reforms or impose new restrictions on renewable development.
How much does the coming midterm election matter for the future of opposition to renewable energy?
I do think the next election will have important implications on whether we continue to see the ever-growing number of state level restrictions adopted or if we see a shift there.
Even if we see a shift in the composition of legislatures, I do think we’ll continue to see community opposition in many places to these projects. We shouldn’t ignore that developing a solar or wind project does have impacts on the local community and so developers really need to take steps to mitigate and manage those impacts.
If they don’t they’ll face the opposition, and even if they are they may face it because of misinformation around these projects.
My last question is, to what extent did the repeal of the IRA impact the ability for local opposition to kill projects in the crib?
I can’t say that definitively. I certainly don’t have the data that would support that sort of claim. And we don’t track that, specifically.
But often, groups that are opposed to renewable energy development will express concerns about the costs of projects or emphasize projects may not be viable without government subsidies. So the rollback of tax credits under the IRA plays into that argument. Of course when you look at the data, renewable energy projects are cheaper and the argument doesn’t hold muster.
But it’s an argument we regularly see pushed by opposition groups. That is how we have seen the IRA repeal affect this.