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We’re still coming to terms with Winter Storm Elliot.
It’s been almost 10 months since deadly Winter Storm Elliot left a deep freeze over much of the country, resulting in widespread blackouts right before Christmas.
And ever since, electricity companies have been squabbling over the fallout with PJM Interconnection, the sprawling electricity market that stretches from the mid-Atlantic coast to the Midwest. About a quarter of the market’s capacity fell offline during the storm, with most of the blame falling on natural gas plants that were unable to deliver power. Penalties that PJM extracted from these plants drove some to bankruptcy while others went to federal energy regulators to say the penalties were too high.
Finally, on Friday, the parties told the Federal Energy Regulatory Commission that they were ready to settle. The settlement, if approved, would reduce the penalties from $1.8 billion to around $1.2 billion, which also means shaving payments to generators who were able to stay online during the storm by about a third.
But it probably won’t be the end of the story. Both the widespread failure during Elliott and the resulting tussle over how to pay for it underline just how hard it is to guarantee reliability, especially as the country becomes more electrified.
Generally, reliability on the electric grid is guaranteed by natural gas plants, which are supposed to be able to easily switch on and off to generate power when they’re needed most. In fact, about 40% of our electricity comes from natural gas. But you see the problem: When the gas system goes down, households lose access to heating, provided by natural gas directly via furnaces or by electricity via heat pumps. In the winter this means people will die.
And natural gas really did fall to pieces during the storm. According to a PJM report, “outages on gas units were primarily attributed to physical plant issues,” both because the cold made power plants inoperable and because the distribution network itself seized up, leaving gas plants unable to access the fuel they needed to produce power. This is similar to what happened during 2021’s Winter Storm Uri, a deep freeze that led to days of power outages in Texas that claimed over 200 lives.
Both situations suggest a few things: First, we need better forecasting. FERC said in its own review of the power outages that forecasts by grip operators underestimated how much electricity would be needed at peak times during the storm, in some cases by more than 10 percent.
Second, natural gas plants might not be as reliable as they’re supposed to be — and it’s unclear where the money will come from to make them more resilient.
And third, that merely incentivizing energy markets and individual generators to get this right only goes so far — huge portions of the generation fleet were unable to cope with the high demand for power, even at the risk of massive (if slightly reduced) penalties.
Electricity markets might need a little more oversight.
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The U.S. central bank left its interest rate target unchanged for the fifth time in a row.
Interest rate relief isn’t coming anytime soon for renewables. As widely expected, the Federal Reserve chose to keep rates unchanged on Wednesday, despite intense pressure from President Trump and two Republican Fed governors to lower rates.
The Fed maintained the benchmark short term rate at a range of 4.25% to 4.5%. During the press conference that followed the rate announcement, Fed Chair Jerome Powell gave no indication that the board will lower rates at the Fed’s next meeting in September, either. That’s contrary to Trump’s claims to reporters after the meeting. “We have made no decisions about September,” Powell said. “We don’t do that in advance. We’ll be taking that information into consideration and all the other information we get as we make our decision.”
High interest rates are particularly detrimental to renewable energy projects, as my colleague Matthew Zeitlin has noted many times over. The long-term benefit of renewables, of course, is that the wind and the sun are free (and effectively inexhaustible) fuel sources. The short-term tradeoff, however, is that renewables are capital-intensive, requiring high upfront costs to get up and running. The highest proportion of the lifetime cost of a renewable energy generator, such as a wind turbine or a solar farm, is in building it. Elevated interest rates make it that much more difficult to lure investors and borrow the significant capital necessary to build out renewable infrastructure.
“The lack of interest rate relief means that construction loans, which are floating-rate loans tied to market conditions, will command higher interest rates and raise the total project costs for energy developers,” Advait Arun, senior associate of energy finance at the Center for Public Enterprise and a Heatmap contributor, told me over email. “Developers rushing to build solar and wind energy between now and next summer to take advantage of tax credits will have to pay out these higher interest costs as they build.”
Though the Fed’s decision was unsurprising, the circumstances surrounding Wednesday’s meeting were out of the ordinary. For the first time since 1993, multiple Fed governors cast no votes on a rate decision. Christopher Waller and Michelle Bowman, both Republicans appointed by Trump, have voiced their preference for the Fed to lower rates by a quarter of a percentage point.
Additionally, Trump himself has been vocal about his views on chopping interest rates,— even going so far as to publicly threaten to fire Powell and appoint himself as head of the central bank, though he is legally unable to make good on his promise. Trump also recently criticized the Fed’s $2.5 billion building renovation project, singling out Powell for cost overruns. At the press conference on Wednesday, Powell emphasized the importance of the Fed’s independence from outside influence. “If you were not to have that, there’d be a great temptation of course to use interest rates to affect elections, for example,” he said.
While it may appease Trump, cutting interest rates won’t hold back the major energy price shocks that are very likely on their way. “Cutting rates sooner rather than later might make it easier for market actors to weather the coming shocks, but — crucially — they will not address the fiscal policy issues that created the shocks,” Arun noted. “However helpful rate cuts might be, they are not a solution to tariffs, tax credit uncertainty, and, soon, sharp spikes in electricity prices.”
The Department of Energy announced Wednesday that it was scrapping the loan guarantee.
The Department of Energy canceled a nearly $5 billion loan guarantee for the Grain Belt Express, a transmission project intended to connect wind power in Kansas with demand in Illinois that would eventually stretch all the way to Indiana.
“After a thorough review of the project’s financials, DOE found that the conditions necessary to issue the guarantee are unlikely to be met and it is not critical for the federal government to have a role in supporting this project. To ensure more responsible stewardship of taxpayer resources, DOE has terminated its conditional commitment,” the Department of Energy said in a statement Wednesday.
The $11 billion project had been in the works for more than a decade and had won bipartisan approval from state governments and regulators across the Midwest. The conditional loan guarantee announced in November 2024 would have secured up to $4.9 billion in financing to fund phase one of the project, which would run from Ford County in Kansas to Callaway County in Missouri.
In response to a request for comment, an Invenergy spokesperson said, “While we are disappointed about the LPO loan guarantee, a privately financed Grain Belt Express transmission superhighway will advance President Trump’s agenda of American energy and technology dominance while delivering billions of dollars in energy cost savings, strengthening grid reliability and resiliency, and creating thousands of American jobs.”
The project had long been the object of ire from Missouri Senator Josh Hawley, who recently stepped up his attacks in the hopes that a more friendly administration could help scrap the project. Two weeks ago, Hawley posted on X that he’d had “a great conversation today with @realDonaldTrump and Energy Secretary Chris Wright. Wright said he will be putting a stop to the Grain Belt Express green scam. It’s costing taxpayers BILLIONS! Thank you, President Trump.” The New York Times later reported that Trump had made a call to Wright on the issue with Hawley in the Oval Office.
Hawley celebrated the Grain Belt Express decision, writing on X, “It’s done. Thank you, President Trump,” and exulting in a separate post that “Department of Energy officially TERMINATES taxpayer funding for Green New Deal ‘grain belt express.’”
The senator had claimed that the plan would hurt Missouri farmers due to the use of eminent domain to acquire land for the project. In 2023, Hawley wrote a letter to Invenergy chief executive Michael Polsky claiming that “your company’s Grain Belt Express construction campaign has hurt Missouri’s farmers,” and that “they have lost the use of arable land, seen their property values decline, and been forced to operate under a cloud of uncertainty.”
Controversy over eminent domain and the use of agricultural land by transmission lines illustrates the difficulties in building the long-distance energy infrastructure necessary to decarbonize the grid.
Opposition to the project had been gestating for years but picked up steam in recent weeks. Earlier this month, Andrew Bailey, the Republican attorney general of Missouri, announced an investigation into the project. “This is a HUGE win for Missouri landowners and taxpayers who should not have to fund these green energy scams,” he wrote on X Wednesday following the DOE’s announcement.
As the project appeared to be more imminently imperiled, Invenergy scrambled to preserve its future, including making plans to connect gas to the transmission line. In a letter to Secretary of Energy Chris Wright written earlier this month, the Invenergy vice president overseeing the project wrote that the Grain Belt Express “has been the target of egregious politically motivated lawfare,” echoing language President Trump has used to describe his own travails.
If the author’s intent was to generate sympathy from the administration, it didn’t work. The end of the loan guarantee could be a death blow to the project, and will at the very least force Invenergy into a mad dash to try to match the lost capital.
Editor’s note: This story has been updated to include a comment from Invenergy.
CEO Mark Zuckerberg confirmed the company’s expanding ambitions in a Threads post on Monday.
Meta is going big to power its ever-expanding artificial intelligence ambitions. It’s not just spending hundreds of millions of dollars luring engineers and executives from other top AI labs (including reportedly hundreds of millions of dollars for one engineer alone), but also investing hundreds of billions of dollars for data centers at the multi-gigawatt scale.
“Meta is on track to be the first lab to bring a 1GW+ supercluster online,” Meta founder and chief executive Mark Zuckerberg wrote on the company’s Threads platform Monday, confirming a recent report by the semiconductor and artificial intelligence research service Semianalysis.
That first gigawatt-level project, Semianalysis wrote, will be a data center in New Albany, Ohio, called Prometheus, due to be online in 2026, Ashley Settle, a Meta spokesperson, confirmed to me. Ohio — and New Albany specifically — is the home of several large data center projects, including an existing Meta facility.
At the end of last year, Zuckerberg said that a datacenter project in Northeast Louisiana, now publicly known as Hyperion, would take 2 gigawatts of electricity; in his post on Monday, he said it could eventually be as large as 5 gigawatts. To get a sense of the scale we’re talking about, a new, large nuclear reactor has about a gigawatt of capacity, while a newly built natural gas plant could supply only around 500 megawatts.
As one could perhaps infer from the fact that their size is quoted in gigawatts instead of square feet or number of GPUs, whether or not these data centers get built comes down to the ability to power them.
Citing information from the natural gas company Williams, Semianalysis reported that Meta “went full Elon mode” for the New Albany datacenter, i.e. is installed its own natural gas infrastructure. Specifically, Williams is building two 200-megawatt facilities, according to the gas developer and Semianalysis, for the Ohio project. (Williams did not immediately respond to a Heatmap request for comment.)
Does this mean Meta is violating its commitments to reach net zero? While the data center buildout may make those goals more difficult to achieve, Meta is still investing in new renewables even as it’s also bringing new gas online. Late last month, the company announced that it was procuring almost 800 new megawatts of renewables from projects to be built by Invenergy, including over 400 megawatts of solar in Ohio, roughly matching the on-site generation from the Prometheus project.
But there’s more to a data center’s climate footprint than what a big tech company does — or does not — build on site.
The Louisiana project, Hyperion, will also be served by new natural gas and renewables added to the grid. Entergy, the local utility, has proposed 1.5 gigawatts of natural gas generation near the Meta site and over 2 gigawatts of new natural gas in total, with another plant in the southern part of the state to help balance the addition of significant new load. In December, when the data center was announced, Meta said that it planned to “bring at least 1,500 megawatts of new renewable energy to the grid.” Entergy did not immediately respond to a Heatmap request for comment on its plans for the Hyperion project.
“Meta Superintelligence Labs will have industry-leading levels of compute and by far the greatest compute per researcher. I'm looking forward to working with the top researchers to advance the frontier!” Zuckerberg wrote.