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The Changli is weird, about $1,000, and a surprisingly compelling vision of the future.
If you’re trying to solve a problem, it’s unlikely that anyone is going to look over your efforts, scribble things on a pad, scowl, and then say, “Have you tried half-assing it? Really phone it in?” This almost never happens. And yet it's precisely what I think needs to happen for electric cars to live up to their potential. They need to suck far, far more than they currently do. I know this sounds like what many experts would call “a terrible idea” and “stupid,” but I’m confident in this belief for one very notable reason: I’ve lived it.
For the past few years, I’ve used and enjoyed an electric car that is, by the standards of any EV available on the mass market today, terrible. I’m talking about something with about 1/10th the range, about 1/250th the horsepower (and that’s being generous), and maybe 1/5th the maximum speed of a modern EV. These are the sort of specs that should be charitably considered garbage.
And yet, despite it all, what I’ve learned is that not only are such meager capabilities enough for a shocking amount of my transportation needs, the whole experience has been downright fun. Yes, fun.
The car I’m talking about is called the Changli Freeman, and I believe it is the cheapest car in the world. In fact, that was the initial reason I bought it. You see, my job is to write about and do things with interesting cars, so when the pandemic arrived in 2020, that put a real crimp in my usual plans of traveling to people with strange cars all over the country and driving them, on video, to the delight of audiences in the high severals.
So, stuck at home, I hatched a new plan: I’d bring the interesting cars to me! Well, one interesting car, and that interesting car would be the cheapest new car one could buy.
My research brought me to a category of automobile that is known in their native land, China, as 老头乐, something that translates to “old man happy car.” That’s because this type of car is primarily sold to elderly folks in second-tier cities who need something to get to the market or pick up grandkids from school. Slow is just fine, and the legality of these cars, even in their native China, is muddy, at best. But they are definitely cars, of a sort.
At $930, the Changli was the cheapest of the cheap. Add in the necessary five 12V lead-acid batteries, which aren’t included in the base price, and the bill lurches up to $1,200, still absolutely, impossibly, floor-settingly dirt cheap for a new car of any kind.
Oh, and perhaps equally incredibly, I found this car on the website Alibaba.com, and bought it online, just like you would buy a video game console that looks like a Playstation 5 but perversely only plays 40-year-old Nintendo games.
Sure, shipping from China and all of the related customs hassles brought the total cost to about $3,300, but even so, we’re still talking about something wildly inexpensive. We’re still comfortably lying down on that bottom tier, and if you need further proof of this, here’s a video of me when I first got it and had to take it out of the massive cardboard box it shipped in:
Unboxing The World's Cheapest New Car Reveals It's So Much Better Than You Thinkwww.youtube.com
Now, aside from the fact that my new car arrived in a cardboard box, what you should note is my raw, unmitigated delight.
I had been genuinely ready to accept what would effectively be a plastic porta-potty-type body on a crude, flimsy chassis with a chain-driven axle and an effective operational lifespan roughly on par with your average mosquito. But that’s not what I got. What I got was a very cleverly-designed little car with an all-steel body, all the required legal lights and indicators, a windshield wiper, heater, radio with an MP3 player, and even a freaking backup camera. It was so much better than I ever could have imagined.
I later brought the Changli to Munro and Associates, one of the leading vehicular evaluation companies in the world, a place where major automotive manufacturers bring competitors' products to determine how they’re built and how much it costs to make them.
Sandy Munro, who runs the company, was genuinely stunned by what the Changli had to offer, and how it was made:
Sandy Munro Attempts To Demystify The Absurdly Low Cost Of The Changliwww.youtube.com
Remember, these are the reactions of someone who has torn down every major electric car on the market, from Teslas to Fords to BMWs. He knows what he’s talking about.
The specs on the car aren’t exactly impressive: 1.1 horsepower electric motor, 60V of batteries which gave a (tested) range of 27 miles, and a top speed of about 25 mph or so, though something around 20 was more common. My kid is able to run up a hill faster than the Changli can get up it. And yet, somehow, it works.
Here's What The World's Cheapest Electric Car Is Like To Drivewww.youtube.com
It actually does more than just work; it’s a usable transportation solution for far more of my normal transportation needs than I’d have ever guessed. While it may have come into my life as a curio, it very rapidly became an actually useful conveyance.
I used it to go to the grocery store. I sometimes took my kid to school in it, or to a friend’s house. I picked up take-out. I got parts from the auto parts store when one or more of my “real” cars needed repair. I met friends out at restaurants or galleries or clubs in town, and when I did, I could always park where no one else could, nose-to-curb or in tiny nooks behind dumpsters or any number of other small, forgotten spaces.
I did all of the sorts of mundane, low-distance, low-speed personal transportation acts that we all do, and which command a far larger percentage of our day-to-day transportation needs than many of us realize.
Now, I live in an environment where this sort of thing is perhaps unusually possible. It’s a college town, so there’s a lot of fairly dense commerce surrounded by a lot of low-speed streets, which makes it ideal for using a low-speed neighborhood electric vehicle (as it’s technically classed). According to the rules of this vehicle classification, which varies a lot from state-to-state, I can drive my absurd little machine on any street with a speed limit of 35 mph or less, though I think I can cross streets with higher limits.
There’s no highway travel, of course, but that’s not a restriction I’d need to be told to obey, as trying to drive this thing on a highway would be like shoving a sloth into the path of a cattle stampede. Were I to be in an accident with something like an F-150, I’d probably end up accordian’d like a cartoon coyote.
What I learned was that about 75% of my daily transportation needs could be accomplished with this shockingly minimal machine, and, even better, done with more fun than getting in a full-sized car. It was even easier than driving my regular cars! It was quiet and leisurely and everyone who saw this refugee from Cartoonistan greeted it with amused bewilderment or a smile or both.
Compared to a real EV like, say, a Tesla Model 3, this thing is a joke. But it’s a joke that can get to and from the grocery store in about the same amount of time when driving through town, and accomplish pretty much the same job, for a tiny fraction of the price and without hauling around an extra 3,000 pounds of car and battery that were, for the purposes of a trip like a grocery run, just dead weight.
There’s something in the automotive industry known as “vehicle demand energy,” which basically refers to the amount of energy needed to simply put the whole car in motion. The vehicle demand energy of a Tesla or a Ford Mach-E or even a Nissan Leaf is orders of magnitude higher than what the Changli demands, and for an awful lot of driving, that’s wasted energy.
If we’re really serious about using EVs to make a real dent in climate issues and energy usage, then we should adjust our thinking to make room for Changli-type vehicles.
Side by side with a “real car,” the Changli looks like a comical, shrunken subset, but compared to other minimalistic electric, low-speed transportation solutions like an e-bike, it feels like being carried in a luxurious, silken-draped litter. Unlike an e-bike, you’re still enjoying complete protection from the weather, and since you’re not teetering on a pair of wheels, but are rather cozily lounging inside a metal box, you can carry so much more stuff.
That’s why a minimal car-esque EV like the Changli is viable for transporting, say, tubs of Chinese food home or taking your kid to school: It’s a car, not a bike. It’s an obvious thing to note, but it’s a big deal when it comes to actually using the thing.
Sure, you can’t take a roadtrip in a Changli, but you knew that from the moment you looked at it. It is just a case of the right tool for the right job. Live somewhere dense, with a lot of low-speed travel? Maybe a Changli makes sense! Live on a compound and it’s a 45-minute trip if you need dental floss? Maybe not. There will always be a place for long-range, comfortable and safe EVs, capable of high speeds and long road trips, but they don’t need to be your daily driver.
Perhaps many of us will have small, fun, a-bit-better-than-Changli-type vehicles that we drive day-to-day, and then take majestic powerful, long-range EVs on the occasional road trip.
This doesn’t have to be a punishment. I’m a gearhead, I love cars and driving, and I can honestly say my driving experiences in the Changli have been a blast. I even took it to a track event. I’m pretty sure I hit 26 mph, and, like any car at its limit, it was pretty fun, making those bagel-sized tires squeal and feeling that tall, silly body lean and tilt like a drunk on an escalator.
Already in Europe we’re starting to see some realization that this sort of category is viable; French carmaker Citroën has a cheap, $10,000-ish car called the Ami that is classified under European quadracycle laws, which is essentially a category for low-speed city cars, which make a lot of sense the dense urban landscapes found all over Europe.
The Ami’s speed is limited to 28 mph (I suspect it’s technically capable of more), and it can go about 47 miles on a full charge, both of which are enough for the job it’s designed to do. The more I think about cars like the Changli and the Ami, the more I think they should be far, far more common than they are.
If we want to really change the transportation landscape in a way that’s good for the climate, is less demanding on the difficult rare-earth resources required to make EV batteries (for the resources that go into the battery of one full-range and power EV, you can likely make at least three short-range-use EVs), and yet still preserves so much of the personal transportation freedom that we’ve all grown to expect, then its time to really think about scaling down the sorts of vehicles that we use for all the little drives we do.
And, remember, it’s not a punishment. It’ll be fun. I know, because, again, I’m doing it, in the most minimal, ridiculous way possible.
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On power plant emissions, Fervo, and a UK nuclear plant
Current conditions: A week into Atlantic hurricane season, development in the basin looks “unfavorable through June” • Canadian wildfires have already burned more land than the annual average, at over 3.1 million hectares so far• Rescue efforts resumed Wednesday in the search for a school bus swept away by flash floods in the Eastern Cape province of South Africa.
EPA
The Environmental Protection Agency plans to announce on Wednesday the rollback of two major Biden-era power plant regulations, administration insiders told Bloomberg and Politico. The EPA will reportedly argue that the prior administration’s rules curbing carbon dioxide emissions at coal and gas plants were misplaced because the emissions “do not contribute significantly to dangerous pollution,” per The Guardian, despite research showing that the U.S. power sector has contributed 5% of all planet-warming pollution since 1990. The government will also reportedly argue that the carbon capture technology proposed by the prior administration to curb CO2 emissions at power plants is unproven and costly.
Similarly, the administration plans to soften limits on mercury emissions, which are released by burning coal, arguing that the Biden administration “improperly targeted coal-fire power plants” when it strengthened existing regulations in 2024. Per a document reviewed by The New York Times, the EPA’s proposal will “loosen emissions limits for toxic substances such as lead, nickel, and arsenic by 67%,” and for mercury at some coal power plants by as much as 70%. “Reversing these protections will take lives, drive up costs, and worsen the climate crisis,” Climate Action Campaign Director Margie Alt said in a statement. “Instead of protecting American families, [President] Trump and [EPA Administrator Lee] Zeldin are turning their backs on science and the public to side with big polluters.”
Fervo Energy announced Wednesday morning that it has secured $206 million in financing for its 400-megawatt Cape Station geothermal project in southwest Utah. The bulk of the new funding, $100 million, comes from the Breakthrough Energy Catalyst program.
Fervo’s announcement follows on the heels of the company’s Tuesday announcement that it had drilled its hottest and deepest well yet — at 15,000 feet and 500 degrees Fahrenheit — in just 16 days. As my colleague Katie Brigham reports, Fervo’s progress represents “an all too rare phenomenon: A first-of-a-kind clean energy project that has remained on track to hit its deadlines while securing the trust of institutional investors, who are often wary of betting on novel infrastructure projects.” Read her full report on the clean energy startup’s news here.
The United Kingdom said Tuesday that it will move forward with plans to construct a $19 billion nuclear power station in southwest England. Sizewell C, planned for coastal Suffolk, is expected to create 10,000 jobs and power 6 million homes, The New York Times reports. Sizewell would be only the second nuclear power plant to be built in the UK in over two decades; the country generates approximately 14% of its total electricity supply through nuclear energy. Critics, however, have pointed unfavorably to the other nuclear plant under construction in the UK, Hinkley Point C, which has experienced multiple delays and escalating costs throughout its development. “For those who have followed Sizewell’s progress over the years, there was a glaring omission in the announcement,” one columnist wrote for The Guardian. “What will consumers pay for Sizewell’s electricity? Will it still be substantially cheaper in real terms than the juice that will be generated at Hinkley Point C in Somerset?” The UK additionally announced this week that it has chosen Rolls-Royce as the “preferred bidder” to build the country’s first three small modular nuclear reactors.
The European Union on Tuesday proposed a ban on transactions with Nord Stream 1 and 2 as part of a new package of sanctions aimed at Russia, Bloomberg reports. “We want peace for Ukraine,” the president of the European Commission, Ursula von der Leyen, said at a news conference in Brussels. “Therefore, we are ramping up pressure on Russia, because strength is the only language that Russia will understand.” The package would also lower the price cap on Russian oil to $45 a barrel, down from $60 a barrel, von der Leyen said, as well as crack down on Moscow’s “shadow fleet” of vessels used to transport sanctioned products like crude oil. The EU’s 27 member states need to unanimously agree to the package for it to be adopted; their next meeting is on June 23.
The world’s oceans hit their second-highest temperature ever in May, according to the European Union’s Earth observation program Copernicus. The average sea surface temperature for the month was 20.79 degrees Celsius, just 0.14 degrees below May 2024’s record. Last year’s marine heat had been partly driven by El Niño in the Pacific, so the fact that the oceans remain warm in 2025 is alarming, Copernicus senior scientist Julien Nicolas told the Financial Times. “As sea surface temperatures rise, the ocean’s capacity to absorb carbon diminishes, potentially accelerating the build-up of greenhouse gases in the atmosphere and intensifying future climate warming,” he said. In some areas around the UK and Ireland, the sea surface temperature is as high as 4 degrees Celsius above average.
Image: Todd Cravens/Unsplash
The Pacific Island nation of Tonga is poised to become the first country to recognize whales as legal persons — including by appointing them (human) representatives in court. “The time has come to recognize whales not merely as resources but as sentient beings with inherent rights,” Tongan Princess Angelika Lātūfuipeka Tukuʻaho said in comments delivered ahead of the U.N. Ocean Conference in Nice, France.
Microsoft, Amazon, Google, and the rest only have so much political capital to spend.
When Donald Trump first became a serious Presidential candidate in 2015, many big tech leaders sounded the alarm. When the U.S. threatened to exit the Paris Agreement for the first time, companies including Google, Microsoft, Apple, and Facebook (now Meta) took out full page ads in The New York Times and The Wall Street Journal urging Trump to stay in. He didn’t — and Elon Musk, in particular, was incensed.
But by the time specific climate legislation — namely the Inflation Reduction Act — was up for debate in 2022, these companies had largely clammed up. When Trump exited Paris once more, the response was markedly muted.
Now that the IRA’s tax credits face clear and present threats, this same story is playing out again. As the Senate makes its changes to the House’s proposed budget bill, tech giants such as Microsoft, Google, Meta, and Amazon are keeping quiet, at least publicly, about their lobbying efforts. Most did not respond to my request for an interview or a statement clarifying their position, except to say they had “nothing to share on this topic,” as Microsoft did.
That’s not to say they have no opinion about the fate of clean energy tax credits. Microsoft, Google, Meta, and Amazon have all voluntarily set ambitious net-zero emissions targets that they’re struggling to meet, largely due to booming data center electricity demand. They’re some of the biggest buyers of solar and wind energy, and are investing heavily in nuclear and geothermal. (On Wednesday morning, Pennsylvania’s Talen Energy announced an expanded power purchase agreement with Amazon, for nearly 2 gigawatts of power through 2042.) All of these energy sources are a whole lot more accessible with tax credits than without.
There’s little doubt the tech companies would prefer an abundant supply of cheap, clean energy. Exactly how much they’re willing to fight for it is the real question.
The answer may come down to priorities. “It’s hard to overstate how much this race for AI has just completely changed the business models and the way that these big tech companies are thinking about investment,” Jeff Navin, co-founder of the climate-focused government affairs firm Boundary Stone Partners, told me. “While they’re obviously going to be impacted by the price of energy, I think they’re even more interested and concerned about how quickly they can get energy built so that they can build these data centers.”
The tech industry has shown much more reluctance to stand up to Trump, period, this time around. As the president has moved from a political outsider to the central figure in the Republican party, hyperscalers have increasingly curried his favor as they advocate against actions that could pose an existential risk to their business — think tighter regulations on the tech sector or AI, or tariffs on key supplies made in Asia.
As Navin put it to me, “When you have a president who has very strong opinions on wind turbines and randomly throws companies’ names in tweets in the middle of the night, do you really want to stick your neck out and take on something that the president views as unpopular if you’ve got other business in front of him that could be more impactful for your bottom line?”
It is undeniably true that the AI-driven data center boom is pushing these companies to look for new sources of clean power. Last week Meta signed a major nuclear deal with Constellation Energy. Microsoft is also partnering with Constellation to reopen Three Mile Island, while Google and Amazon have both announced investments in companies developing small modular reactors. Meta, Google, and Microsoft are also investing in next-generation geothermal energy startups.
But while the companies are eager to tout these partnerships, Navin suspects most of their energy lobbying is now being directed towards efforts such as permitting reform and building out transmission infrastructure. Publicly available lobbying records confirm that these are indeed focus areas, as they’re critical to bringing data centers online quickly, regardless of how they’re powered and whether that power is subsidized. “They’re not going to stop construction on an energy project that has access to electricity just because that electricity is marginally more expensive,” Navin told me. “There’s just too much at stake.”
Tech companies have lobbied on numerous budget, tax, sustainability, and clean energy issues thus far this year. Amazon’s lobbying report is the only one to specifically call out efforts on “renewable energy tax credits,” while Meta cites “renewable energy policy” and Microsoft name-drops the IRA. But there’s no hard and fast standard for how companies describe the issues they’re lobbying on or what they’re looking to achieve. And perhaps most importantly, the reports don’t disclose how much money they allot to each issue, which would illuminate their priorities.
Lobbying can also happen indirectly, via industry groups such as the Clean Energy Buyers Association and the Data Center Coalition. Both have been vocal advocates for preserving the tax credits. The Wall Street Journal recently detailed a lobbying push by the latter — which counts Microsoft, Amazon, Meta, and Google among its most prominent members — that involved meetings with about 30 Republican senators and a letter to Senate Majority Leader John Thune.
DCC didn’t respond to my request for an interview. But CEBA CEO Rich Powell told me, “If we take away these incentives right now, just as we’re getting the rust off the gears and getting back into growth mode for the electricity economy, we’re really concerned about price spikes.”
The leader of another industry group, Advanced Energy United, shared Powell’s concern that passing the bill would mean higher electricity prices. Taking away clean energy incentives would ”fundamentally undercut the financing structure for — let’s be frank — the vast majority of projects in the interconnection queue today,” Harry Godfrey, the managing director of AEU, told me.
Being part of an industry association is by no means a guarantee of political alignment on every issue. Microsoft, Google, Meta, and Amazon are also members of the U.S. Chamber of Commerce — by far the largest lobbying group in the U.S. — which has a long history of opposing climate action and the IRA itself. Apple even left the Chamber in 2009 due to its climate policy stances.
But Powell and Godfrey implied that the tech giants' views are — or at least ought to be — in alignment with theirs. “Many of our members are lobbying independently. Many of them are lobbying alongside us. And then many of them are supporting CEBA to go and lobby on this,” Powell told me, though he wouldn’t reveal what actions any specific hyperscalers were taking.
Godfrey said that AEU’s positions are “certainly reflective of what large energy consumers, notably tech companies, have been working to pursue across a variety of technologies and with applicability to a couple of different types of credits.”
And yet hyperscalers may have already spent a good deal of their political capital fighting for a niche provision in the House’s version of the budget bill, which bans state-level AI regulation for a decade. That would make the AI boom infinitely easier for tech companies, who don’t want to deal with a patchwork of varying regulations, or really most regulations at all.
On top of everything else, big tech in particular is dealing with government-led anti-trust lawsuits, both at home and abroad. Google recently lost two major cases to the Department of Justice, related to its search and advertising business. A final decision is pending regarding the Federal Trade Commission’s antitrust lawsuit against Meta, regarding the company’s acquisition of Instagram and WhatsApp. Not to be outdone, Amazon will also be fighting an antitrust case brought by the FTC next year.
As these companies work to convince the public, politicians, and the courts that they’re not monopolistic rule-breakers, and that AI is a benevolent technology that the U.S. must develop before China, they certainly seem to be relinquishing the clean energy mantle they once sought to carry, at least rhetorically. We’ll know more once all these data centers come online. But if the present is any indication, speed, not green electrons, is the North Star.
Editor’s note: This story has been updated to reflect Amazon’s power purchase agreement with Talen Energy.
The new funding comes as tax credits for geothermal hang in the balance.
The good news is pouring in for the next-generation geothermal developer Fervo Energy. On Tuesday the company reported that it was able to drill its deepest and hottest geothermal well to date in a mere 16 days. Now on Wednesday, the company is announcing an additional $206 million in financing for its Cape Station project in Utah.
With this latest tranche of funding, the firm’s 500-megawatt development in rural Beaver County is on track to deliver 24/7 clean power to the grid beginning in 2026, reaching full operation in 2028. The development is shaping up to be an all-too-rare phenomenon: A first-of-a-kind clean energy project that has remained on track to hit its deadlines while securing the trust of institutional investors, who are often wary of betting on novel infrastructure projects.
The bulk of this latest financing comes from the Bill Gates-backed Breakthrough Energy Catalyst program, which provided $100 million in project-level equity funding. The energy and commodity trading company Mercuria provided $60 million in corporate loans, increasing its existing fixed-term loan from $40 million to $100 million. An additional $45.6 million in short-term debt financing came from XRL-ALC, an affiliate of X-Caliber Rural Capital, which provides loans to infrastructure projects in rural areas. That comes on top of a previous $100 million loan from the firm.
The plan is for Cape Station to deliver 100 megawatts of grid power in 2026, with the additional 400 megawatts by 2028. The facility has the necessary permitting to expand production to two gigawatts — twice the size of a standard nuclear reactor. And on Monday, the company announced that an independent report from the consulting firm DeGolyer & MacNaughton confirms that the project could expand further still — eventually supporting over 5 gigawatts of clean power at depths of up to 13,000 feet. The company’s latest drilling results, which reached 15,765 feet at 520 degrees Fahrenheit, could push the project’s potential power output even higher.
Traditional geothermal wells normally max out at around 10,000 feet, and must be built in locations where a lucky confluence of geological features come together: high temperatures, porous rock, and naturally occurring water or steam. But because Fervo can drill thousands of feet deeper, it’s able to access hot rocks in locations that weren’t previously suitable for geothermal development, pumping high-pressure water down into the wells to fracture rocks and thus create its own geothermal reservoirs.
The primary customer for Fervo’s Cape Station project is Southern California Edison, which signed a 320-megawatt power purchase agreement with the company last year, advertised as the largest geothermal PPA ever. Shell was also announced as a customer this year. Fervo is already providing 3.5 megawatts of power to Google via a pilot project in Nevada, which it’s seeking to expand, entering into a 115 megawatt PPA with NV Energy and the tech giant to further build out production at this location.
Fervo’s latest funding comes on top of last February’s $244 million Series D round led by Devon Energy, as well as an additional $255 million in corporate equity and debt financing that it announced last December. On top of investments from well known climate tech venture firms such as Breakthrough Energy Ventures and Galvanize Climate Solutions, the company has secured institutional investment from Liberty Mutual as well as public pension funds such as the California State Teachers’ Retirement System and the Canada Pension Plan Investment Board.
Fervo, like all clean energy startups, also stands to benefit greatly from the Inflation Reduction Act’s clean energy tax credits, which are now in jeopardy as President Trump’s One Big, Beautiful Bill works its way through the Senate. While Secretary of Energy Chris Wright has traditionally been a booster of geothermal energy and is advocating to keep tax incentives for the technology in place through 2031, the bill as it stands would essentially erase incentives for all geothermal projects that start construction more than 60 days after the bill’s passage.
Fervo broke ground on Cape Station in 2023, so that project will make the cut. For future Fervo developments, it’s much less clear. But for now, the company seems to be flush with cash and potential in a climate tech world awash in ill omens.