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Rob and Jesse take stock of all the trends threatening to push up power bills.

In the next few years, the United States is going to see the fastest growth in electricity demand since the 1970s. And that’s only the beginning of the challenges that our power grid will face. When you step back, virtually every trend facing the power system — such as the coming surge in liquified natural gas exports or President Trump’s repeal of wind and solar tax credits — threatens to constrain the supply of new electricity.
On this week’s episode of Shift Key, Rob and Jesse talk about why they’re increasingly worried about a surge in electricity prices. What’s setting us up for an electricity shortfall? What does the recent auction in the country’s largest electricity market tell us about what’s coming? And what would a power shock mean for utility customers, the economy, and decarbonization?
Shift Key is hosted by Jesse Jenkins, a professor of energy systems engineering at Princeton University, and Robinson Meyer, Heatmap’s executive editor.
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: None of these trends guarantee that electricity prices will go up, but suffice it to say, by the end of President Trump’s term, we could be exporting one fifth, right? 20%, 25%. And so that is a huge increase, and going to increase demand for U.S. natural gas supplies. How the supply side of U.S. natural gas responds is still an open question.
But even that isn’t the only trend. At the same time, the president’s tariffs, specifically on inputs to production — so copper, steel — have gone into effect. They’ve remained in effect. And what we’ve seen is that for these key ingredients and components to build more grid infrastructure, prices have gone up. I think steel prices have doubled, copper prices have increased. It doesn’t seem like those prices are coming down anytime soon.
And so just the raw ingredients that are required to produce, to expand the grid, and to increase electricity supply and electricity capacity are going to be more expensive in the world we’re living in than in the counterfactual world.
Jesse Jenkins: Yeah, I think if you go further upstream, too, there’s some — partly because of the tariffs, partly because of the uncertain trade environment, the uncertain macroeconomic environment, we’re not exactly seeing the oil and gas industry pouring capital into expanding natural gas supplies.
So, you could argue, and I’ve heard the folks from the American Gas Association argue this, that there’s no problem with expanding LNG exports as long as we expand supply to match that. And there’s some truth to that — except that we expect supply curves to be increasing, meaning the more we produce of something, in order to get incremental production up, we have to spend a little bit more per unit of energy we produce. That’s sort of characteristic of most markets.
So sure, we could increase our supply by 10% or 20%, but that would also require paying a higher cost per trillion cubic feet, or million cubic meters, or whatever unit you want of natural gas we get out of the ground in the U.S. And that alone would put upward pressure on prices. But if the U.S. is also not expanding supply at the same time that we’re expanding exports, then that just straight-up drives prices up.
We would see, basically, a delayed response from the market, from the supply side of the market, to those prices. This is partly why natural gas prices are so volatile. Prices spike — that sends a signal to add supply, but you can’t turn on the spigot overnight. You’ve got to drill new wells, identify them, get drill rigs out there, and open up production, and in some cases even expand pipelines to get that supply to market. All that takes several years. And so there’s a lag time there that often leads to these spikes in gas prices going quite a bit above what you would expect, the kind of marginal supply curve picture alone to reveal.
And I think if you look at the rig counts, declining rig counts, stagnating production, and sort of the secular decline of our conventional gas resources and oil resources, which are all on decline curves. As we pump more oil and gas out of the ground, the pressure falls and we get less and less from those wells. All that points to the potential for a relatively constrained supply of natural gas in the near term exactly at the same time that we’re ramping up LNG exports.
Mentioned:
Jesse on The Ezra Klein Show
From Rob: The Electricity Affordability Crisis Is Coming
U.S. power use to reach record highs in 2025 and 2026, per EIA
Why the EIA expects natural gas prices to rise
The Messy Truth of America’s Natural Gas Exports
Governor Josh Shapiro’s legal action to constrain power prices
Jesse’s upshift; Rob’s downshift.
This episode of Shift Key is sponsored by …
Accelerate your clean energy career with Yale’s online certificate programs. Gain real-world skills, build strong networks, and keep working while you learn. Explore the year-long Financing and Deploying Clean Energy program or the 5-month Clean and Equitable Energy Development program. Learn more here.
Join clean energy leaders at RE+ 25, September 8–11 in Las Vegas. Explore opportunities to meet rising energy demand with the latest in solar, storage, EVs, and more at North America’s largest energy event. Save 20% with code HEATMAP20 at re-plus.com.
Music for Shift Key is by Adam Kromelow.
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Current conditions: Days after atmospheric rivers deluged the Pacific Northwest, similar precipitation is headed for Northern California, albeit with less than an inch of rain expected in the foothills of the Bay Area • Australia is facing a heatwave, temperatures hovering around 90 degrees Fahrenheit this week • Heavy rains threaten flash floods in Ghana, Togo, Benin, and southern Nigeria.
Three Senate Democrats considered top progressives announced Tuesday a probe into whether and how data centers are driving up residential electricity bills. In letters sent Monday to Google, Microsoft, Amazon, Meta, and three other companies, the lawmakers accused the server farms powering artificial intelligence software of “forcing utilities to spend billions of dollars to upgrade the power grid,” expenses then passed on to Americans “through the rates they charge all users of electricity,” The New York Times wrote. The senators — Elizabeth Warren of Massachusetts, Chris Van Hollen of Maryland, and Richard Blumenthal of Connecticut — warned that ratepayers will be left holding the bag when the AI bubble bursts, a possibility Friday’s stock plunge (which Heatmap’s Matthew Zeitlin covered) has made investors all too aware of.
Opposing data centers is emerging as a touchstone political test on the left. On Tuesday afternoon, Senator Bernie Sanders, the democratic socialist independent from Vermont, posted a video on his X account in which he argued that “a moratorium” on building new data centers nationwide “will give democracy a chance to catch up, and ensure that the benefits of technology work for all of us, not just the 1%.” Polling suggests the political issue has populist appeal. Just 44% of Americans said they would support a data center built nearby in a September survey from Heatmap Pro.
The House of Representatives voted 215-209 Tuesday to advance the bipartisan permitting reform bill known as the SPEED Act, despite mounting opposition from Republicans to provisions meant to protect already-licensed projects from the type of legal assault the Trump administration has unleashed on offshore wind. Republican critics of the bill, including Maryland Congressman Andy Harris and New Jersey Congressman Jeff Van Drew, vowed to vote against any legislation that included measures that might defend offshore turbine developers from Trump’s “total war on wind.”
Yet, “while the bill is alive for now, the outcome casts a pall over the prospects for any permitting deal this Congress,” as Heatmap’s Jael Holzman wrote last night, because “there is little shot of a grand deal on NEPA reform without exactly the sort of executive power restrictions Republican objectors feared.”
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The nationwide transformer shortage is getting worse as extreme weather destroys the existing grid and data centers demand the buildout of power infrastructure at a rate not seen in decades. A new Wall Street Journal feature on the manufacturers racing to churn out the big transformers featured a fresh statistic from the consultancy Wood Mackenzie that illustrates just how bad the problem has become. Orders for large transformers exceeded supply by about 14,000 units so far this year. The Biden administration made the transformer crisis worse by proposing — then revoking — a regulation to increase the energy efficiency of the equipment at the cost of requiring manufacturers to decide between investing in compliant assembly lines by 2027 or additional output to match today’s demand. The Trump administration has made the problem worse still by imposing strict trade tariffs on the very material transformers need most, as Heatmap’s Emily Pontecorvo wrote.

In the race to build the nation’s first small modular reactor, there are startups that developed designs based on less-powerful models of existing light water reactors and startups that are pursuing next-generation technologies shrunken down to a tiny fraction of a normal atomic power plant’s size. Washington, D.C.-based Last Energy is doing both. The company, founded by the entrepreneur and nuclear podcaster Bret Kugelmass, started out by proposing to build 20-megawatt light water reactors in Europe, before embarking on a U.S. project after the Trump administration vowed to ease the way for new nuclear reactors. On Tuesday, in a sign of investors’ confidence in the new trans-Atlantic direction, Last Energy announced a $100 million fundraising round. “For the first half a decade that I was telling people I was doing nuclear, I had to convince them, ‘Hey, here’s why nuclear is important,’” Kugelmass told TechCrunch. “Now everyone just comes to us saying, ‘Oh yeah, of course nuclear is a key part of the solution.’ I’m like, okay, great, I’m glad everyone’s caught up now.” The company is among the 10 startups in the Department of Energy’s reactor pilot program, meant to speed up deployments of new technologies by bringing at least three to the atom-splitting phase of development by next July 4.
The fundraising news came as the Trump administration took yet another stake in a private minerals company. On Tuesday, the military announced a deal to take a 40% share of the nearly $8 billion mineral processing plant the South Korean industrial company Korea Zinc promised to build in Tennessee.
BlackRock’s retreat from sustainable investing has cost the world’s largest asset manager the business of at least two European pension funds. On Tuesday, the PME group, which manages more than $69 billion in retirement savings for Dutch workers in the metal and technologies sectors, said it had “decided to end our relationship with BlackRock,” the Financial Times reported. The move comes after the Dutch healthcare workers pension group PFZW withdrew about more than $16 billion from the financial giant, though its money-market funds are still under BlackRock’s management. It’s not just BlackRock facing backlash for its softening position on emissions. In February, the United Kingdom-based People’s Pension yanked nearly $38 billion from State Street, saying it was prioritizing “sustainability, active stewardship, and long-term value creation.”
For penguins, bad weather is good news. In a new study in Nature Geoscience, researchers from the University of Gothenburg showed that storms in the Southern Ocean that encircles Antarctica regulate the Earth’s climate by moving heat, carbon, and nutrients out in the world’s oceans. The effect amounts to what scientists called “a critical climate service” marked by “absorbing 75% of the excess heat generated by humans globally.”
Rob and Jesse catch up with Mark Fitzgerald, CEO of the closed-loop geothermal startup Eavor.
Over the past decade, the oil and gas industry has sharpened its drilling skills, extracting fossil fuels at greater depths — and with more precision — than ever before. What if there was a way to tap those advances to generate zero-carbon energy?
The Canadian company Eavor (pronounced “ever”) says it can do so. Its closed-loop geothermal system is already producing heat at competitive prices in Europe, and it says it will soon be able to drill deep enough to fuel the electricity system, too. It just opened a first-of-its-kind demonstration facility in Germany, which is successfully heating and powering the small hamlet of Geretsreid, Bavaria.
On this week’s episode of Shift Key, Rob and Jesse chat with Mark Fitzgerald, the president and CEO of Eavor, about how its new technology works, how it differs from other forms of advanced geothermal, and why Europe is a good test bed for heat-generating projects. We also chat about what Mark, who previously ran Petronas Canada, learned in his 35 years in the oil industry.
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.
Subscribe to “Shift Key” and find this episode on Apple Podcasts, Spotify, Amazon, 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:
Jesse Jenkins: So at the surface, this is a very limited footprint, right? It’s a fairly small power plant, and then underground, you’ve got this kilometer-scale heat exchanger effectively that you’ve built without fracturing, but with a lot of drilling involved, right? So the key, I think, for making that work is to continually advance the economics of drilling.
What is Eavor’s strategy there for bringing down the cost of drilling these closed loops so that they become cost competitive despite the large amount of total miles drilled that you have to — or kilometers drilled that you have to put down?
Mark Fitzgerald: That’s a great point, Jesse, and I would reinforce that drilling technology, or drilling efficiency, has been something that’s been talked about and understood across the globe for a hundred-plus years. So we are not creating a new method of drilling. We are not looking for something that hasn’t been already done across any of the unconventional players in North America, any of the big drilling or service companies or operators around the globe.
What we are doing is changing the trajectory, and changing the application of that drilling methodology to create the underground radiator, as you would talk about. My background — I spent 36 years in oil and gas, a great proportion of that in the unconventional space before I had this amazing opportunity to join Eavor. And so I understand how, through sound engineering, sound geoscience, proper modeling, that cost compression will occur. One of the best examples that I point to is, we completed six laterals — so six of these horizontal wells, or these forks, at a time, connected them in Geretsreid, our first facility in Germany. The fourth and fifth laterals were done at 50% of the cost of the first two. And so already, in moving from lateral one to lateral six, we’ve seen a reduction of 50% in the cost structure.
The second is that in terms of pace of drilling, the faster you drill the lower costs you incur. The pace of drilling for us on those fifth and six laterals was three times what it was on lateral one and two.
Mentioned:
Previously on Shift Key: Why Geothermal Is So Hot Right Now
Jesse’s upshift; Rob’s downshift.
This episode of Shift Key is sponsored by …
Heatmap Pro brings all of our research, reporting, and insights down to the local level. The software platform tracks all local opposition to clean energy and data centers, forecasts community sentiment, and guides data-driven engagement campaigns. Book a demo today to see the premier intelligence platform for project permitting and community engagement.
Music for Shift Key is by Adam Kromelow.
The tension between the two GOP energy philosophies — one admitting renewables, the other firmly rejecting — could tank a permitting reform deal.
The fate of a House GOP permitting deal stands on a knife’s edge.
During a dramatic vote on the House floor Tuesday, far-right Republicans and opponents of the offshore wind industry joined with Democrats in a nearly-successful attempt to defeat a procedural vote on the SPEED Act, a bill to streamline implementation of the National Environmental Policy Act.
Speaking with reporters off the House floor, GOP lawmakers said that the bill — which has the backing of both the oil and gas sector and some large trade groups that represent renewables companies — faced opposition from a handful of Republicans over language that would block the federal government from rescinding previously-issued permits for energy projects. The tactic is one Trump has used repeatedly to stymie offshore wind projects. Republican hardliners feared that a future version of the deal would take that language further, restricting the president’s power to stall solar and wind permit applications through extralegal bureaucratic delays.
The vote to consider SPEED ultimately passed with a margin of 215 to 209 votes, with two Republicans — Representatives Anna Paulina Luna and Christopher Smith — voting no. Though the bill is alive for now, the outcome casts a pall over the prospects for any permitting deal this Congress because, as Heatmap’s reporting has made clear, there is little shot of a grand deal on NEPA reform without exactly the sort of executive power restrictions Republican objectors feared.
That the bill nearly came up short also illustrates a shift in the GOP’s thinking on energy policy that has gone largely unnoticed. Vestiges of the party remain committed to the philosophy of “all of the above,” but the new generation of lawmakers is more likely to be anti-renewables at all costs. Combined with today’s hyper-partisan environment and narrow majorities in both chambers, that tension makes legislating on energy almost impossible.
Republicans used to approach energy policy in a laissez faire, let-a-thousand-flowers bloom fashion. This fuel-type agnosticism characterized Republicans’ approach to energy policy under the first Trump administration, as well as during the Biden era. Former House Speaker Kevin McCarthy repeated the “all of the above” mantra to nudge his party closer to anything resembling a climate policy, and subscribed to the idea that any permitting deal would have to benefit all types of energy projects.
The SPEED Act closely resembles a McCarthy-era approach to energy policy: just make everything go faster.
It is true that the bill would bind the hands of the executive in some ways, requiring them to get consent from the project developer in order to voluntarily vacate a previously-issued NEPA approval. If someone sued the government because they believed a NEPA approval was invalid and got a federal court to agree, the judge overseeing the case would be barred from immediately vacating the approval or issuing an injunction on construction. This is a big reason why the oil and gas industry supports the bill, as it’s a way to shield the sector from environmentalists filing lawsuits against fossil-based extraction and fuel transportation projects (e.g. pipelines).
But there’s a small irony in the SPEED Act spinning out over offshore wind concerns, which is that if it were enacted today, not even its supporters think it would actually stop the administration from messing with wind projects. As pro-fossil pundit Alex Epstein noted on X, the bill would only limit the president’s authority to revoke approvals under NEPA. It would do nothing to erode presidential power under any other statute, including another one of the administration’s favorite tools against offshore wind, the Outer Continental Shelf Lands Act.
I spoke with two separate energy industry attorneys who confirmed this interpretation. “It would be welcome for whatever the next administration would look like,” Peter Whitfield, a partner at Sidley Austin who works on energy projects, told me of the SPEED Act. “It might not be helpful now.” The bill’s clean energy backers are looking at the legislation as a “long range” play, he said: “They’re not looking at year one, two, three — they’re looking at years eight and after. I think that’s why there is so much enthusiasm in the renewable energy space for reform.”
Another attorney, who requested anonymity because they did not have permission from their firm, confirmed that the bill would stop the Trump administration from exploiting NEPA in the future, but said that nothing in the legislation requires agencies to move forward on energy projects.
It’s that eight-years-from-now future that seems to have the anti-renewables conservative wing in Congress worried. The House is expected to vote on the SPEED Act as soon as tomorrow, but lawmakers will first consider amendments offered by the Republicans who nearly killed the bill, including one that would explicitly bar offshore wind projects from benefiting under any of its NEPA changes.
If those amendments fail, the odds of final House passage are uncertain, although some Democrats who voted against the procedural motion may wind up voting for the final bill. If they succeed and the bill moves to the Senate, Democrats aim to add new ideas on transmission and the renewables permitting freeze that may upset frazzled Republicans even more.
“We would expect that senators wouldn’t endorse a House product,” Frank Macchiarola, chief advocacy officer for American Clean Power, told me in an interview last week. Macchiarola said the language in the House bill “goes a long way towards addressing the problem” of Trump’s war on renewables permits, but that it is “not a perfect product,” though he declined to speak on the record about what would get it closer to ideal. If I had to guess, I’d say that senators will try to provide new avenues for companies to compel an end to the review process, whether through legal challenges or other means of protest.
In other words, grab your popcorn — more drama is coming.