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Few aspects of Biden’s climate law have spurred more controversy than the “three pillars” — a set of rules proposed by the Treasury Department for how to claim a lucrative new tax credit for producing clean hydrogen. Now, it appears, the pillars may be poised to fall.
The Treasury has been under immense pressure from Congress, energy companies, and even leaders at the Department of Energy to relax the rules since before it even published the proposal in December. The pillars, criteria designed to prevent the program from subsidizing projects that increase U.S. greenhouse gas emissions rather than reduce them, are too expensive and complicated to comply with, detractors argue, and would sink the prospects for a domestic clean hydrogen industry.
But lately, the campaign to dismantle the pillars has gotten both more forceful and more threatening. There’s the politically challenging hurdle that leaders of another federally-funded hydrogen program — the regional clean hydrogen hubs — have spoken out against the rules, arguing they threaten investment in hub projects and therefore job creation and economic development around the country. Then there’s the recent Supreme Court decision to overturn the precedent known as Chevron deference, which weakened agencies’ ability to defend their own rules and thereby emboldens any aggrieved parties to sue the Treasury if it keeps the pillars in place. Last week, 13 Democratic Senators, 11 of whom hail from states involved in the hubs, sent a letter calling on Treasury Secretary Janet Yellen to dramatically revise the rules or risk having them challenged in court.
The consequences of losing the three pillars can only be guessed at using models, which are built on assumptions and can’t predict the future with certainty. But proponents say the stakes couldn’t be higher. In their view, the pillars don’t just prevent carbon emissions. They mitigate the risks of rising electricity costs for everyday Americans. And without them, one of the most generous energy credits the government offers could become incredibly easy to claim, ballooning the federal budget.
The clean hydrogen tax credit was created by the Inflation Reduction Act, and offers up to $3 per kilogram of hydrogen produced, with the top dollar amount reserved for fuel that is essentially zero-emissions. The hope was that this would be enough to bring down the cost of hydrogen made from electricity to parity with hydrogen made from natural gas. If made cleanly, hydrogen could help decarbonize other carbon-intensive industries, like steelmaking and shipping.
At first, excitement for the tax credit ran high and companies quickly began making plans for new factories. Announcements of new hydrogen production capacity more than tripled from 2 million tons per year in 2021 to 7.7 million by the end of the following year, with another 6 million announced in 2023, according to the energy consulting firm Wood Mackenzie.
Then, after the Treasury’s proposal dropped last December, everything stopped. Under the three pillars, hydrogen companies that get electricity from the grid, which is still largely powered by fossil fuels, would be required to buy clean energy credits with specific attributes in order to mitigate their emissions and render their hydrogen “clean.” The credits must come from power plants located in the same region as the hydrogen production — the first pillar — that were built no more than 3 years before the hydrogen plant — the second pillar — and be purchased for every hour the plant is operating — the third pillar.
The three provisions work together to ensure that new clean power plants are brought online to meet hydrogen’s energy demand. But finding clean energy credits with these features is not easy — there aren’t many systems in place to do this yet. The Treasury took more than a year to publish its initial proposal, and leading up to it, companies lobbied aggressively for a more lenient version. There was so much money on the line that some businesses flooded the public with ads in newspapers and on streaming and podcast services delivering a cryptic warning that “additionality” — the requirement to buy energy from new power plants — was threatening to “set America back.”
Until businesses have clarity on whether the three pillars will stay or go, the industry is on ice. Several previously announced projects have been delayed. Few companies have reached offtake agreements, even provisional ones, for their hydrogen. Almost none have received a final investment decision or started construction.
“They’re losing advantage over other parts of the world,” Hector Arreola, a principal analyst for hydrogen and emerging technologies at Wood Mackenzie, told me. Momentum to develop hydrogen projects has started to shift back to Europe, which has already finalized its own definition of what constitutes clean hydrogen, he said.
It’s hard to imagine a path forward for the Treasury to keep the three pillars intact. Last week’s letter outlined the current state of play in stark terms. “Without significant changes to the draft guidance,” it said, “one of the most powerful job creation and emission reduction tools in the IRA will likely be hamstrung by future court challenges, congressional opposition, and unfulfilled private sector investment.”
Indeed, at least one company, Constellation Energy, has already suggested it would draw on the loss of Chevron deference to sue the agency if it didn’t remove the second pillar — the requirement to buy clean energy credits from recently-built power plants. (Constellation owns a fleet of nuclear power plants and is developing hydrogen projects powered by them.) In comments to the Treasury, Constellation wrote that the requirements for purchasing clean electricity “have no basis” in the law.
“People can always sue today to challenge regulations,” Keith Martin, a renewable energy tax lawyer at the firm Norton Rose Fulbright, told me. “It’s just that the odds of success have increased.” The Supreme Court’s ruling undermines regulatory agencies’ authority to interpret federal statute.
Another hydrogen company that has been fighting the three pillars, Plug Power, has already claimed victory: It put out a press release last month declaring that it anticipates receiving the tax credit, despite the fact that the rules are still not final and its projects would likely not qualify under Treasury’s proposal. The CEO, Andy Marsh, told a hydrogen trade publication that he’s “certain” the rules will be loosened. (Plug Power didn’t respond to a request for clarification by publish time.)
In their letter, the 13 Democratic senators propose that hydrogen producers should be able to purchase clean energy from existing power plants that are already supplying the grid if they are located in a state that has a clean energy standard, or as long as the power plant doesn’t reallocate more than 10% of its power to hydrogen production. They recommend losing the hourly matching requirement altogether and replacing it with annual or monthly matching, depending on when plants start construction. The senators also suggest allowing projects built in areas with “insufficient clean energy sources,” meaning places with suboptimal sun, wind, water, or geothermal energy, to source their power from farther outside the region.
Beth Deane, the chief legal officer for Electric Hydrogen, a company that has historically supported the three pillars, told me in an interview she thought these proposals represented a good compromise. “Bottom-line, the effectiveness of green hydrogen as a decarbonization tool is being artificially held back,” she said later in an email. “We need to give up perfection on both sides of the three-pillar debate and find the ‘good enough’ solution that lets early mover projects move forward with less stringent requirements.”
But other proponents told me the letter carves out so many loopholes that the pillars would remain in name only. Rachel Fakhry, the policy director for emerging technologies at the Natural Resources Defense Council, told me the letter was “outrageous” and “a giveaway buffet.” Daniel Esposito, a manager in the electricity program at the think tank Energy Innovation, told me he can’t imagine any scenario where these exceptions don’t result in an emissions boost rather than a reduction.
That’s because the electrolyzers used to produce clean hydrogen consume a lot of power and are expected to cause fossil fuel plants — which are more flexible than renewables — to run more often and stay open longer than they otherwise would. Without a requirement to buy power from new clean sources and a prescription to match operations with clean energy throughout the day, there will be no demand signals to bring (often more expensive) clean resources onto the grid that can, for example, produce power at night when solar panels aren’t generating. Power system models from Energy Innovation, Princeton University researchers, the Rhodium Group, and the Electric Power Research Institute have all found that there could be significant emissions consequences if the three pillars were relaxed in ways suggested in the letter.
“This effectively unlocks more than 10 million metric tons of dirty electrolytic hydrogen,” Esposito said, based on some back-of-the-envelope estimates. That would cost something like $30 billion per year. Put another way, he said, every $300 paid out by this program could subsidize one ton of CO2 emissions. Put a third way, he added, it could set the U.S. back two to three percentage points on its commitment under the Paris Agreement to reduce emissions 50% to 52% by 2030 — and we’re already off track.
The authors of the letter say they’re “confident” these fears are overblown. They cite a competing analysis published last year by the consulting firm Energy and Environmental Economics and paid for by the trade group the American Council on Renewable Energy, which found that requiring companies to match their operations with clean energy on an hourly basis, rather than an annual basis, does not ensure lower greenhouse gas emissions. They also cite research by an energy modeling group at Carnegie Mellon and North Carolina State University, which found that the difference in cumulative emissions between scenarios with less stringent requirements and the full three pillars comes out to less than 1% by 2039.
Paulina Jaramillo, a professor of engineering and public policy at Carnegie Mellon who worked on that research, told me the three pillars add a level of regulatory complexity to hydrogen production that is not worth the cost in terms of the emissions savings. In general, she said, she saw no need for the rules, and that the Treasury should subsidize electrolytic hydrogen regardless of where the electricity comes from. “We need to deploy this infrastructure,” Jaramillo told me. “We need to deploy it now so it’s available later.”
The other camp of researchers disputed Jaramillo’s group’s findings, chalking them up to a series of differences in assumptions and approach. They also call the industry’s bluff on the claim that the three pillars are too hard and expensive to comply with. Esposito pointed out that a small group of hydrogen companies has already told the Treasury that if the rules were finalized as-is, they planned to build enough capacity to produce more than 6 million tons of hydrogen per year.
Fakhry argued that we are already seeing the risks of losing the three pillars play out in real time as power-hungry industries like bitcoin mining and artificial intelligence grow. Bitcoin mines have driven up emissions and energy costs around the country. Utilities in Pennsylvania are sounding the alarm that an Amazon data center seeking to divert power from an existing nuclear power plant could shift up to $140 million in costs to other electricity customers. As I wrote in Heatmap last year, this debate is not just about hydrogen — think of all the other energy-intensive industries that will have to electrify before we can reach net zero.
Plenty of stakeholders still believe that the Treasury can find a middle ground by making the three pillars more flexible. The American Clean Power Association, which represents a wide range of energy companies, has proposed loosening the hourly matching aspect for projects that start construction before 2028. Fakhry acknowledged the need for flexibility, but her recommendations are much more narrow than the senators’. For example, she would allow hydrogen producers to buy power from existing nuclear plants, but only if they are at risk of retirement and the purchase would help keep them open. Esposito said Energy Innovation would support power procurement from existing clean resources that are curtailed, meaning they produce power that currently goes unutilized.
Both Fakry and Esposito also downplayed the threat of lawsuits, arguing that Treasury did exactly what it was instructed to do by the law. The IRA specifically says that hydrogen emissions should be calculated per a section of the Clean Air Act that says any accounting should include “significant indirect emissions.” Treasury has interpreted this to include the induced emissions caused by a hydrogen plant, and received letters of support from the Environmental Protection Agency and Department of Energy backing this interpretation.
However, as Martin, the tax lawyer, told me, by overturning Chevron deference, the Supreme Court has just given “677 federal district court judges greater latitude to substitute their own judgment for subject matter experts at the federal agencies.”
Asked for comment on the Senators’ letter, a Treasury spokesperson told me the agency is still considering the many thousands of comments the agency received on the proposed rules. “The Biden Administration is committed to ensuring that progress continues and that the IRA’s investments continue to create good-paying jobs, lower energy costs, and strengthen energy security.”
Even if Yellen heeds the Senators’ advice, the department may not be able to avoid a lawsuit. “We will use every tool available to us — including the courts — to either defend a strong final rule or challenge an unlawful one that reflects the asks in the letter,” Fakhry told me.
There’s also a realpolitik argument here that the industry might want this all to be over more than it wants to kill the three pillars. “The number one thing people want is business certainty,” Esposito told me. “I don’t think people want this to drag on for another two years.”
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The renewables developer is expanding its business to serve “our nation’s growing energy needs.”
Two years ago, Arevia Power marketed itself as a renewable energy development powerhouse founded by solar industry veterans.
Today, the company is now also building data centers and gas turbines, Arevia chief development officer Ricardo Graf confirmed in a statement to me.
“Arevia is an energy company that delivers reliable and affordable electricity to the communities and utilities we serve,” Graf told me via email, acknowledging that “in some cases, that energy may be solar; in others, it may be gas.” He added that “yes, we also develop data center projects, but ones with accompanying power solutions to ensure ratepayers are not impacted by the data center’s energy needs.”
I’ve been keeping a close eye out to see whether any renewable energy developers, faced with the Trump administration’s squeeze on federal permits, will bet on diversifying their businesses. Maybe if they couldn’t build a solar farm on federal lands or access ample federal tax credits for constructing new projects, they’d invest in other sorts of large infrastructure projects instead.
We’ve definitely seen large U.S. energy developers such as NextEra and Invenergy take Trumpian tacks towards supplying data centers with new gas power under. Over the summer I broke the news that Clearway Energy asked the Bureau of Land Management to change a five year-old application for solar farm permits with “a proposed data center and natural gas facility.” After those plans were made public, Clearway told me in a statement to me that it was nixing the idea because it did not comport with their business strategy. “As a clean energy developer and operator, our focus in Nevada remains solar and battery storage.”
In mid-September, D.C. news outlet The Washington Sun first reported that Rhea Data, a subsidiary of Arevia Power, was behind the proposal for a giant data center and energy complex in Idaho including thousands of acres of federal land. On Thursday, the Bureau of Land Management sent me a statement confirming key details such as the inclusion of a 450-megawatt on-site gas facility. The next day, a Nebraska public radio station reported that Arevia and Graf were connected to prospective early-stage data center project site evaluation outside the city of Lincoln.
When I asked whether the company was reorienting itself toward data centers and the gas energy business, Graf acknowledged how things looked. “While this may be perceived as ‘pivoting,’ it is just a product of the evolution of our nation’s growing energy needs, which solar alone cannot satisfy,” he said over email on Friday. “Our company takes an all-above approach to helping our nation meet its increasing power demands.”
A new study from energy company Foundry-Logic argues that simply replacing old solar panels could add significant new capacity to the grid.
All across the United States, solar panels are withering on the vine. Equipment installed 10 to 15 years ago is still capturing sunlight and pumping out electricity, but significantly less of it than when the cells were new.
This is not a story about decline, however, but about growth. America’s aging solar farms represent an opportunity to expand clean energy capacity without using more land — and potentially without having to wait years for new projects to get through the grid’s interconnection queue.
Modern panels can produce as much as 70% more energy than new ones sold 20 years ago, according to Wood Mackenzie. A report published Monday estimates that “repowering” existing solar farms, or replacing old panels with new ones, could unlock about 9.6 gigawatts of solar power by 2030, 29 gigawatts by 2035, and 67 gigawatts by 2040. (For comparison, the U.S. added 27.2 gigawatts of utility-scale solar last year.) If every project up for repowering between now and 2040 installed batteries, as well, that would add up to 13 additional gigawatts of storage to the grid by 2030, and nearly 92 gigawatts by 2040. The U.S. has just over 50 gigawatts of storage online today.
That means repowered solar farms could supply about a third of the growth in peak demand the North American Electric Reliability Corporation expects to be driven by data centers by 2035, the report found.
“Solar is entering its first replacement cycle at this moment when we are seeing a structural increase in demand,” Lisa Hansmann, the director of energy company Foundry-Logic and one of the paper’s authors, told me. “The more we dug in, the more it became clear that this market is early, but it is fast growing and ultimately could be very large.”
Advances and cost declines in battery technology are key to harnessing this generation potential. If a developer wants to increase the output of their solar farm, they’ll likely have to get a new interconnection agreement, which can take years. Adding a battery to ensure the plant doesn’t send more power to the grid than it was initially approved for can help avoid that, although it depends on the specs of the project, the location, and regional regulatory requirements.
Foundry-Logic, which published the paper in partnership with the clean energy finance company Crux, is focused on “getting more out of the installed base of energy systems.” The paper, in other words, is essentially Foundry-Logic’s sales pitch. It estimates that when combined with battery storage, repowering will represent a $10.8 billion market in 2030, growing to $51.8 billion by 2040.
The estimates are certainly on the high end of what’s possible, however, as the authors looked at technical potential rather than regulatory or economic feasibility. While the first half of the paper highlights the reasons repowering can be so attractive — existing interconnections, land leases, and permits — the second half digs into the real-world conditions that complicate that narrative.
The Federal Energy Regulatory Commission requires regional transmission organizations to offer “surplus interconnection service,” rules that allow new generators to skip the interconnection queue if they connect to the grid using the same infrastructure as an existing power source, so long as there’s “surplus” room to connect at that node. The rules vary throughout the country, however. The paper finds that the Midcontinent Independent System Operator, which covers much of the Midwest, has the most favorable regulations for repowering, followed by the Southwest Power Pool, which covers the swath of the country between Montana and the Texas panhandle. In the nation’s largest transmission region, PJM, the surplus interconnection process has historically taken nearly as long as the queue, but the regional operator recently indicated it’s considering reforming the process.
Requirements also vary widely depending on the type of project — utility-scale versus smaller solar farms versus rooftop arrays — as well as by state and region. Utility-scale projects require interconnection agreements from regional transmission operators, while smaller projects connect at the local distribution level with permission from the relevant utility.
“Policy is evolving to meet the market demand for speed to power, and that's one of the things we tried to highlight too,” Josh Price, the director of market intelligence and research at Crux, told me. Because of the data center buildout and surging energy demand, he said, state regulatory commissions have started to push their utilities to examine their distribution systems, identify where there’s available interconnection capacity, and create rules or pilot programs to leverage it.
Price added that another advantage to repowering projects is that developers don’t have to start the financing process from scratch. In most cases, they already have a lender, an equity sponsor, and potentially a tax equity partner. They might need to renegotiate terms, but they also have 10 to 15 years of real-world data into how solar performs at the site, making it a less risky investment than a brand new development.
I spoke with one solar farm operator, CleanCapital, which owns many smaller sites throughout the country that were built in the early 2010s “and are needing more love,” as Zoe Berkery, the company’s chief operating officer, put it to me. The first step in deciding what to do with them, she said, is to try to extend the offtake contract for the power. “Otherwise, there would be no justification for pouring in so much additional capital into a site that may be rolling off in just a couple of years, so that piece has been something that CleanCapital has focused on pretty intensely over the last, I would say, six years,” she said.
CleanCapital has repowered some of its projects, but only to restore the original generating capacity. It has not yet added batteries to any legacy sites. Berkery said the company looked at adding batteries in New Jersey and California, but has not been able to make the economics work. “I do think there's a lot of potential there,” she said. “It just depends on the site, the space, the market.”
Hansmann told me that a lot has changed in the past year to make it easier to add batteries to existing solar sites, including new ways to get paid for energy storage, such as through participation in virtual power plants. For example, in June, Google announced it would fund a virtual power plant in PJM run by the company Voltus, which will aggregate batteries from homes and businesses, among other distributed energy resources.. “For the first time, you're having the technical potential and the commercial potential line up in a very interesting way.”
Current conditions: In the central Pacific, Hurricane Nolo lashed Hawaii as a Category 2 storm with winds of up to 105 miles per hour • In the eastern Pacific, Hurricane Polo whacked the Southern California coast with seven-foot swells • In the western Pacific, Typhoon Surigae is barreling toward Okinawa, Japan, and the Philippines’ most populous island, Luzon.

Nearly 200,000 households across the northeastern United States lost electricity over the weekend as a powerful nor’easter storm walloped the nation’s most densely populated region with winds topping 70 miles per hour. Tens of thousands more Americans suffered outages in Hawaii as Hurricane Nolo brushed past the storm-struck archipelago state. By Sunday night, however, just over 90,000 households remained without access to the grid, according to data on the U.S. Power Outage tracker. Of those, roughly 19,000 each were located in New York and Hawaii. As of this morning, the total number dropped to just under 54,000.

Americans experienced an average of 11 hours of power interruptions in 2024, nearly twice as many as the annual average in the decade before, according to an analysis last year by the U.S. Energy Information Administration. That was largely due to an increase in powerful storms right as the grid is growing older and the equipment needed to repair and upgrade the system is in short supply. An expert cited in a feature story in The New York Times Magazine last month on the mounting risk of blackouts in the U.S. warned that the country could be thrust into darkness for 18 months or longer if saboteurs took out major transformers.
President Donald Trump plans to slash fuel efficiency rules on new cars and light trucks Monday, in his administration’s latest effort to undo regulations meant to curb emissions and save drivers money over the operating lives of their vehicles. In a post on his Truth Social platform, Trump said he had “just approved new Fuel Economy Standards,” falsely claiming that former President Joe Biden had imposed a “mandate” to buy electric vehicles under the most recent update to the rulebook. “The Dumocrats cost our Great Auto Manufacturers $Billions, forced Americans into cars they never wanted, and wasted Billions on Chargers that were never built,” he wrote. “These new Standards will take the waste out of building cars in America.” In his own post on X, Secretary of Transportation Sean Duffy said the final proposal would be released Monday. It wasn’t immediately clear how the agency would alter the rules, but the shift is expected to significantly weaken the standards. The move highlights Trump’s reliance on what the Rhodium Group described earlier this year to my colleague Robinson Meyer as “outdated economics” to justify cars that are cheaper to manufacture but more expensive to drive.
China will import at least 10 million metric tons of coal from the U.S. next year and again in 2028, according to a White House fact sheet. The deal, which came out of last week’s summit between Trump and Chinese leader Xi Jinping, is part of an overall pledge to ease tariffs on as much as $30 billion of goods exchange between the two superpowers. In 2023, the U.S. exported roughly 5.9 million metric tons of coal to China, making the People’s Republic the fifth-largest overseas buyer of American coal that year, after India, Japan, the Netherlands, and Brazil. But U.S. exports overall dropped off last year after Beijing halted orders amid the trade war Trump kicked off. The latest purchase agreement helps to restore the American market share lost due to Chinese tariffs.
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New York wants to build 5 gigawatts of new nuclear reactors, the largest buildout of any other state and far more capacity than the U.S. has added nationwide in decades. During the New York Climate Week festivities last week, the head of the state energy office, the president of the grid operator, and top advisers to Governor Kathy Hochul appeared at a pro-nuclear summit to assure investors, industry officials, and rival states that Albany was moving full-speed ahead. In a public comment submitted to Hochul and state energy regulators last week, however, three dozen state legislators called nuclear reactors “environmentally destructive, expensive, and slow-to-build,” and called instead for devoting all Albany’s spending on new power generation to wind turbines, solar panels, and batteries. Of the signatories, nine lawmakers are Democratic Socialists of America, such as state senators Jabari Brisport, Julia Salazar, and Emily Gallagher — all close allies and friends of the nationally influential New York City Mayor Zohran Mamdani. Much of the rest of the list are self-described progressives.
But the former base of left-wing political power in the U.S. — labor unions — are taking the exact opposite position. In its own public comment, Climate Jobs NY, a coalition of unions that support decarbonization as a way to increase employment, said the only way for New York “to establish a carbon-free energy sector” is to “rely on nuclear power,” which just so happens to boast the most unionized workforce of any energy sector. “There is no other clean firm, or baseload power that can supply industrial operations at scale,” the organization wrote. “Solar, wind and battery storage are essential to our energy supply in the state, but they cannot provide all of the baseload power that our state depends on. For this reason, among others, nuclear must be a key part of New York’s energy future.” Fred Stafford, the pseudonymous energy writer and researcher who has written for Heatmap, pondered on X: “Can the Left be torn away from dead-end environmental nonprofits and renewables developers and instead align with the state’s climate-focused labor unions when it comes to nuclear?”
If you were looking for a sign that the European Union’s hydrogen ambitions are dimming, consider this: Brussels just announced that it was going after all but one of its member states for failing to enshrine the bloc-wide hydrogen rules into national law. The EU launched what are called “infringement proceedings” — a procedural punishment that can result in financial sanctions — against 26 of the 27 countries in the continental bloc. Brussels adopted the Hydrogen and Decarbonized Gas directive in 2024, and gave countries two years to pass national laws that match the guidelines for establishing domestic clean fuel industries. When the deadline passed early last month, just one nation had met the qualifications, according to Hydrogen Insight: Italy.
When I interviewed Ernest Moniz, the secretary of energy under former President Barack Obama, at a Climate Week event last Wednesday, he told me “nothing has hit the jackpot” on clean fuels just yet. But given that only 21% of end-use energy worldwide is served by electricity, the hunt for affordable, scalable, clean molecules is central to any potential decarbonization effort in the future.
Ford Motor produces more than 300,000 pickup trucks and sports utility vehicles at its assembly plant in Hermosillo, Mexico, every year. But the facility has been plagued lately by the kind of pest you normally find on city streets: pigeons. Enter: El Charro. The automaker’s “latest employee of the month,” according to The Wall Street Journal, is a hawk the Mexican plant brought on to hunt the pigeons. “It has given very good results,” Jesus Teran, central maintenance manager at Hermosillo and a 25-year veteran at the facility, told the newspaper. The bird’s name harkens to the Mexican term for cowboy.