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With continued subsidies a big “if” going into next year, deep-pocketed purchasers will have outsized impact.
As Donald Trump prepares to take office (again), the future of the tax policy that underlies clean energy development in the United States has never been more in doubt. Will the clean energy tax credits survive? What about advanced manufacturing? Or will it just be the electric vehicle credits that get tossed aside?
In any case, one thing seems far closer to certain: Big companies, especially large technology companies, will continue to buy renewable and clean power to fulfill their own sustainability goals and keep up their massively expanding data center operations. For them, speed may be the thing that matters most, and reasonable costs and carbon abatement will have to come along with it.
From 2025 to 2028, Morgan Stanley estimates that there will be 57 gigawatts worth of demand from new data centers, with around 6 gigawatts of that currently under construction, and a substantial shortfall in available power to build everything hyperscale technology companies want. This means that there will be a huge need to buy power, no matter the tax credit situation, which would mean continued upward pressure on prices.
Even before the election, power purchase agreement prices for solar power were creeping up due to tariffs on solar equipment, according to LevelTen Energy. Those will likely be maintained and could be ramped up in the new administration.
“Repeal of the tech neutral tax credits and of the manufacturing production tax credits has the potential to increase PPA prices by almost 40%,” Nidhi Thakar, the senior vice president for policy of the Clean Energy Buyers Association, told me, referring to two of the most powerful provisions of the Inflation Reduction Act. She added that repeal would “essentially have an inflationary effect.”
“We have this opportunity right now to capture that economic development if we do things right,” Thakar said. “That is going to require having critical policies in place that are going to support the deployment of more clean firm resources on the grid.”
At least so far, the prospect of repeal has not slowed energy procurement among the biggest buyers. This month, Alphabet announced a $20 billion investment plan with Intersect Power and TPG to build carbon-free power near datacenters with the hope of bringing power and data centers online more quickly. Meta, meanwhile, announced earlier in December that it would build a $10 billion data center campus in Northeast Louisiana, complete with gas and renewable power provided by Entergy, the local utility. The project will come with “at least” 1.5 gigawatts of new renewable power, Entergy said; it also filed an application with the Louisiana utilities regulator for over 2 gigawatts of new gas-fired power plants, including two plants adjacent to the data center site, according to S&P Global Commodities Insights.
While a “double digit” increase in power purchase agreement sale prices could result from tax credits vanishing, there is still “more demand for renewable energy than supply for a whole bunch of reasons,” Peter Freed, the former director of energy strategy at Meta and the founding director of the consultancy Near Horizon Group, told me.
“Obviously the tax credits are pretty central to the pricing on projects,” he said.
Freed was enthusiastic about grid technologies that could enhance capacity, but he also acknowledged “it is very likely we’re going to have a variety of compromises that have to be made over the course of next seven, eight, nine years, in terms of how we’re going to accommodate load that’s coming in the cleanest possible way.”
“That probably means we’re seeing more gas built,” he added.
A significant portion of that gas could be built on-site. Anything involving the grid — whether fossil or renewable — involves large investments of cash and time for hyperscalers and developers. “Given the increasing time required to connect to power grids, especially in the U.S., we believe there could be more upcoming ‘off grid’ approaches to powering data centers,” Morgan Stanley analyst Stephen Byrd wrote in a note to clients. “Batteries and smaller gas-fired turbines could be combined with large combined cycle natural gas turbines to provide a robust power source.”
Elon Musk’s xAI has done this the quick-and-dirty way by installing mobile natural gas generators to power its facility in Memphis. GE Vernova, the turbine manufacturer, is also “having direct conversations with hyperscalers for gas orders,” according to Jefferies analyst Julien Dumoulin-Smith in a note to clients, with the first order from a hyperscaler possibly coming in the second half of next year.
Gas isn’t the only answer, however — at least not on its own. A group of energy researchers from Stripe, Paces, and Scale Microgrids, wrote in a white paper published mid-December saying that solar microgrids could provide a “fast, scalable, clean, and cheap enough” option for data center power.
These “off-grid solar microgrids” could potentially be put into operation in “around two years” and would combine solar panels, batteries, and some natural gas backup. Installed across the Southwest, they would be able to power some 1,200 gigawatts of data center demand with 90% solar power, according to Scale Microgrids’ Duncan Campbell, at costs below repowering Three Mile Island. A 44% solar system would be “essentially the same cost” as off-grid gas turbines, the whitepaper said.
No matter what solution hyperscalers pursue — bringing their own power behind the grid, locating near power on the grid, or building out more clean, firm power on local grids — the question will ultimately always be how fast they can get online.
“I think people are initially thinking about colocating a large load with a project — renewable, gas, or anything else — as a fact track to getting load online, and there’s some truth to that,” Freed told me.
“My perspective as someone who is adding new load is that you should be indifferent to location for generation,” Freed said. “What you really should be caring about is when you can interconnect and turn lights on at the scale you desire.”
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Lower borrowing costs aren’t enough to erase the threat of tariffs and Trump.
It won’t rescue the renewables industry, but at least it’s something.
The Federal Reserve announced today that it will cut the federal funds rate by 0.25 percentage points, bringing it down to between 4% and 4.25%. Fed officials also projected quarter-point rate cuts at the last two meetings of the Federal Open Markets Committee this year.
This may provide some relief to renewables developers and investors, who are especially sensitive to financing costs. “On the financing side, high rates are never going to be exactly a good thing,” Advait Arun, a climate and infrastructure analyst at the Center for Public Enterprise, told me. “I think in this case, it’s going to be good that we’re finally seeing cuts.”
Because the fuel for solar and wind energy is essentially free, the lion’s share of the cost to develop these energy sources comes up front, meaning that interest rates can have a disproportionate effect on how projects pencil out. Renewable projects also tend to carry more debt than fossil fuel projects, according to energy consultancy Wood Mackenzie. When interest rates rise by 2 percentage points, the consultancy estimated, the levelized cost of electricity for renewables rises by 20%, compared to 11% for a gas-fired power plant, which might have higher operating costs but less need to borrow.
But the challenges for the renewables industry go well beyond financing. Developers are still wondering how they will be able to use Chinese-linked components without losing eligibility for clean energy tax credits. Those tax credits now come with a ticking clock after the passage of this summer’s One Big Beautiful Bill Act, which shortened the eligibility period for wind and solar projects. The Treasury Department also tightened the definition of what it means to “start construction,” making qualification even more of a race. All the while, the Trump administration’s regulatory assault on the sector, especially wind, has led to project cancellations across the industry.
“High interest rates obviously impact the business, but there are a lot of other headwinds and other things going wrong, as well,” Gautam Jain, a senior research scholar at the Center on Global Energy Policy at Columbia University, told me. “If anything, compared to the beginning of the year, rates have come down quite a bit.”
Maheep Mandloi, an analyst at the investment bank Mizuho Securities, wrote in a note to clients that renewable stocks rose last week in part because investors saw yields falling on 10-year government bonds. Ten-year Treasuries are a widely used benchmark for corporate debt, and when they get cheaper, it often means that companies can access financing more cheaply.
Falling 10-year yields are also a sign that the market anticipates a Fed rate cut. So far this year, the 10-year Treasury bond yield has fallen from 4.57% to 4.00% as of Wednesday afternoon after the rate cut was announced.
Lower borrowing costs are a welcome transition for the industry. Borrowing costs started to rise dramatically in 2022, as the Fed hiked interest rates to combat the worst inflation the U.S. had seen since the early 1980s. Annual price increases had been bouncing around or even below 2% since the 2008 recession before climbing to as high as 9% in the summer of 2022, following Russia’s invasion of Ukraine, which led to an energy price shock. The uneven and stimulus-fueled economic recovery from Covid-19 also created price instability throughout the economy, including the renewable energy industry.
Renewable energy businesses in particular were hammered by higher interest rates, as well as higher costs for commodities like steel and for final products like solar panels.
Even as unprecedented government support flowed into the renewables industry from the Inflation Reduction Act, signed in August 2022, clean energy stocks continued to stagnate, with the iShares Clean Energy ETF falling over 30% from the beginning of the Biden administration through the end of 2023. (Despite the assault from the Trump administration, the index has actually risen about 30% so far this year after falling in the fall and winter of 2024, as uncertainty around the IRA’s tax credits has dissipated.)
One of the poster children for renewables dysfunction is the Danish wind developer Orsted, which has been a victim of just about every brickbat thrown at the industry. In its most recent financial statement, the company said that its future earnings estimates were imperiled by “assumptions with major uncertainty,” which included “investment tax credits, interest rates, imposed tariffs in the U.S., and the supply chain.”
Home solar giant Sunrun, too, has cited financing stresses. In its most recent quarterly report, the company disclosed that “rising interest rates, including recent historic increases starting in 2021 … [are] reducing the proceeds we receive from certain Funds.” It also acknowledged that “because our financing structure is sensitive to volatility in interest rates, higher rates increase our cost of capital and may decrease the amount of capital available to us to finance the deployment of new solar energy systems.” High rates, the company disclosed, “have impacted and may continue to impact our business and financial results.”
Even as rates come down, the renewable industry still has the Trump administration to contend with. The various agencies of the executive branch have shown little hesitation about getting in the way of renewable energy development, even for projects that are already nearly complete. The Treasury Department also has yet to issue guidance on complying with OBBBA’s rules about sourcing from Chinese suppliers, prolonging uncertainty for many in the industry. Trump’s tariff policy, too, remains a potential wildcard, as developers await a Supreme Court ruling on the legality of the president’s efforts thus far.
“In terms of being able to build more supply with the benefit of lower financing costs,” Arun told me, “I think this is where we’re running into all of the issues with delays in procuring components — the uncertainty regarding whether the tariffs will be struck down or not, and of course, changes to the inflation Reduction Act through the OBBBA.”
Last week, analysts at Rhodium Group projected that Trump’s policies could slow U.S. progress on reducing emissions by more than half.
For renewables developers, the rate cuts may be welcome, but everything else — and there’s a lot of everything else — may be what really matters, Jain told me. “All those things add additional uncertainty, and anybody who’s in the space will be aware that more could come,” he said. “Of course, lower rates will help, but it’s a combination of the two.”
On Democrats’ AI blueprint, more nationalized minerals, and the GOP’s anti-geoengineering push
Current conditions: Tropical Storm Mario is lashing the southwestern U.S. with rainstorms and potential flash flooding • The drought in the Northeast and the Ohio Valley is worsening, with rain deficits in major cities 15% below average • Tropical Cyclone Mirasol is bringing heavy rains to the Philippine island of Luzon.
The Trump administration announced a lawsuit Tuesday aimed at tanking Vermont’s Climate Superfund Act, which set up the nation’s first program to force fossil fuel companies to pay for adaptations to deal with the effects of warming temperatures. The Department of Justice said the legislation “will likely” impose “billions of dollars in liability on foreign and domestic energy companies for their alleged past contributions to climate change.” The motion, filed on Monday, comes months after the Justice Department filed an initial complaint in May targeting the law and similar legislation in New York, Hawaii, and Michigan.
“Like New York, Vermont is usurping the federal government’s exclusive authority over nationwide and global greenhouse gas emissions,” Acting Assistant Attorney General Adam Gustafson said in a press release. “More than that, Vermont’s flagrantly unconstitutional statute threatens to throttle energy production, despite this administration’s efforts to unleash American energy. It’s high time for the courts to put a stop to this crippling state overreach.”
Arizona Senator Mark Kelly. Chip Somodevilla/Getty Images
Arizona Senator Mark Kelly released a proposal Wednesday morning designed to give Democrats a roadmap to back the buildout of data centers to support the boom in artificial intelligence. The 16-page pitch makes no mention of novel tools grid operators are considering to force data centers to dial back electricity consumption when power supply is low, known as demand response. But the proposal does call for establishing a pipeline of projects to support large-scale clean electricity production from 24/7 sources. “While solar and battery storage dominate today’s pipeline, they alone can’t reliably power the AI,” the blueprint reads. “We must build an innovation pipeline for geothermal, nuclear, and other clean dependable sources, while also deploying near-term solutions that advance and strengthen our energy systems for the demands ahead.”
The value of finding ways to add more data centers before that large new power output is available is the big reason for supporting the curtailment of electricity usage at big server farms, Heatmap’s Matthew Zeitlin wrote last month. “Creating a system where data centers can connect to the grid sooner if they promise to be flexible about power consumption would require immense institutional change for states, utilities, regulators, and power markets.”
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The U.S. government is in talks to set up a multibillion-dollar fund for overseas mining projects to help counter China’s grip over the world’s critical mineral supply, the Financial Times reported. The Trump administration is discussing the effort with the New York investment firm Orion Resource Partners, and looking to establish the fund under the U.S. International Development Finance Corporation. The fund would invest in projects to produce minerals such as copper and rare earths. “These talks really show that the [Donald] Trump administration is trying to align its financial tools with its broader mineral ambitions,” Gracelin Baskaran, director of the critical minerals security programme at the Center for Strategic and International Studies in Washington, told the newspaper. “This public-private partnership stands to catalyze a significant amount of capital.”
The move is the latest effort by the Trump administration to take on a bigger role in the mining industry, which requires high upfront costs and years-long development timelines that pose problems for companies beholden to quarterly shareholder updates. In July, the Department of Defense took an ownership stake in MP Materials, the only active rare earths producer in the U.S., marking the most significant federal intervention in the private sector since Washington nationalized railways during World War I. In a sign of the dealmaking environment, Heatmap’s Katie Brigham wrote this month that “everybody wants to invest in critical mineral startups.”
The House of Representatives held a hearing Tuesday on the risks posed by weather modification and geoengineering technologies. Led by Georgia Republican Representative Marjorie Taylor Greene, the hearing — entitled “Playing God with the Weather — a Disastrous Forecast” — examined the idea of manipulating the makeup of the atmosphere to artificially cool the planet, which is an emerging, if hotly contested, idea among some commercial startups. GOP officials such as Greene and Secretary of Health and Human Services Robert F. Kennedy, Jr., have raised concerns over what such technology could do. The issue took on a new partisan valence after the flash flooding that killed more than 135 people in Texas this summer, which Fox News suggested could be linked to cloud-seeding experiments underway in the region.
In his testimony, Christopher Martz, a meteorologist and policy analyst at the Committee for a Constructive Tomorrow, warned that there were still major uncertainties about the potential deployment of geoengineering technologies. At times, however, the questioning devolved into debates over the reality of settled science about the effects of fossil fuel emission on warming itself.
“Did man create the Ice Age?” Greene asked Martz at one point.
“No,” he responded.
“Yeah, right, so none of us were alive back then to know for sure,” she said.
Solar developer PosiGen is planning to pull out of three of its projects in Connecticut. The company told state officials late last month it would need to shut down its facilities, eliminating 78 jobs, as financing dried up for the projects. The move highlighted the challenges ahead for the solar industry as federal tax credits barrel toward next year’s phaseout deadline. In 2015, the Connecticut Green Bank helped fund low-and moderate-income homeowners’ purchase of solar panels through PosiGen. But the federal program backing the effort, known as Solar for All, is set to unwind under the Trump administration. The company expects to start laying off workers in Connecticut next week, according to the news site CT Insider.
Robert Redford died Tuesday at 89 years old. During his lengthy career and filmography, the actor fashioned himself as an activist voice for a number of causes, including the U.S. effort to decarbonize its electrical sector. In February 2016, after the Supreme Court paused the Obama administration’s Clean Power Plan, Redford accused the conservative justices of rendering a verdict “on the wrong side of history” in an op-ed in Time magazine. “It was a clear departure from how our courts normally handle government oversight. And I cringe at how we will have to answer to history. When our children and their children ask, ‘When the majority of Earth’s citizens — its scientists, military professionals, industrialists, and more — realized the threat of climate change was real, why didn’t you do more? Why did you delay?’”
Rob talks with Sarah Kapnick about our new era of energy insecurity.
We live in a new energy era — one in which the inputs and technologies key to clean electricity production are at the heart of international politics. What will that mean for decarbonization? And how should climate tech companies prepare?
On this week’s episode of Shift Key, Rob chats about those questions and more with Dr. Sarah Kapnick. She is the Global Head of Climate Advisory at J.P. Morgan, where she advises the bank's clients on climate, energy, biodiversity and sustainability topics. She was the former chief scientist at the National Oceanic and Atmospheric Administration from 2022 to 2024, and was previously a research scientist at NOAA’s Geophysical Fluid Dynamics Laboratory in Princeton, New Jersey.
Shift Key is hosted by Robinson Meyer, the founding executive editor of Heatmap, and Jesse Jenkins, a professor of energy systems engineering at Princeton University. Jesse is off this week.
Subscribe to “Shift Key” and find this episode on Apple Podcasts, Spotify, Amazon, YouTube, or wherever you get your podcasts.
You can also add the show’s RSS feed to your podcast app to follow us directly.
Here is an excerpt from our conversation:
Robinson Meyer: When companies come to you looking for help navigating this particular moment — where federal policy is quite up in the air, where rates are coming down but kind of high, AI capex is surging — what advice do you give them for navigating this moment?
Sarah Kapnick: The advice that I give them is looking to some of those things that strategically are likely to have more consistency over time, and that they’re looking for those places of more consistency, and that they feel that they can invest in, that they will have support ongoing — particularly if it’s a project that lasts beyond administrations.
They’re really concerned with what they think is going to last. And then for the stuff that doesn’t, that there may be more volatility, they want to identify that volatility, and they want to think through, okay, how can I take opportunity now if I think there’s a small window for it? Or how do I plan for taking opportunity when the opportunity presents itself down the line?
And so, it’s a mixture of long-term planning and thinking through, strategically, where the world is headed and where they can fit in over time, yet also taking opportunities that either present themselves now or they have conviction that will present themselves soon, and then being ready to be the first when that opportunity presents themselves so that they can run with it.
Mentioned:
The New Map of Energy and Geopolitics
Previously on Shift Key: How China’s Industrial Policy Really Works
This episode of Shift Key is sponsored by …
Hydrostor is building the future of energy with Advanced Compressed Air Energy Storage. Delivering clean, reliable power with 500-megawatt facilities sited on 100 acres, Hydrostor’s energy storage projects are transforming the grid and creating thousands of American jobs. Learn more at hydrostor.ca.
Music for Shift Key is by Adam Kromelow.