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One of Volkswagen’s most iconic cars has a post-gasoline future.

Porsche salespeople, college girls, horsepower-obsessed tuners, lawyers, journalists, avowed street racers, moms and dads, and wealthy businesspeople — all are folks I’ve met in my travels who have owned Volkswagen Golf GTIs. It’s rare to see such a radically diverse group of car owners. But the GTI has spent nearly 50 years delivering driving joy in a surprisingly affordable and practical package, so its appeal has stretched far and wide.
Now, this automotive icon will have a future beyond gasoline as well, and that’s worth getting excited about.
This weekend at the IAA Mobility Show in Munich, Volkswagen debuted the ID.GTI Concept: essentially a preview of an all-electric GTI to come soon. While “concept cars” in the automotive world can often represent wild ideas or meager previews of far-flung things car companies might want to do, VW has confirmed the ID.GTI will go into production in a few years. And like the gasoline-powered GTI’s relationship to the Golf, the electric ID.GTI is essentially a faster, better-handling, better-equipped version of the Volkswagen ID.2all unveiled a few months ago. For fans of exciting cars that don’t command six-figure price tags, it’s hard to overstate what a big deal an electric GTI would be.

It’s also hard to overstate the importance of the GTI to the automotive landscape. If you want something fun to drive, but need some actual trunk space or have to get the kids to school on time, the so-called “hot hatchback” — essentially a practical, roomy economy car given a more powerful engine and other enhancements — is a great way to go. And the GTI is the O.G. of the hot hatch world, the car that started it all. Launched in 1976 as a powered-up version of the humble Golf, the GTI was an immediate hit that helped VW move past the ancient Beetle and Microbus and into a modern, safer and more efficient era of driving.
Even as the GTI launched the hot hatch segment and inspired a raft of competitors from nearly every car company, over the decades it has consistently racked up awards from motoring journalists, built up a huge community of loyal fans, and became a car-modifying scene unto itself. At almost any given car show, you’ll see a GTI (or even just a Golf) that’s been painted wild colors, covered in stickers, lowered, fitted with outrageous wheels, received an unhinged engine transplant, or all of the above; people do crazy stuff to these cars.
Or they just drive them to the office and have a spirited drive on the weekends. That’s the magic of the GTI; it’s an “all of the above” option in ways that cars like the Mazda Miata and Chevrolet Camaro can’t match.
All the while, the GTI has kept its relatively humble price tag — the current one starts at a very reasonable $30,530 — and its focus on fuel economy. It’s always offered thrills with a high-tech four-cylinder engine (and briefly, an unusually small V6 option), eschewing the huge gas-guzzling motors typical of other performance cars.
But times are changing. Good fuel economy doesn’t cut it anymore. Emissions rules are getting tougher globally as the end of internal combustion can be seen on the horizon. Partially in penance for its diesel-cheating sins, VW is going all-electric in the coming years. Plus, attitudes are changing, too; this year, the Austrian town that for decades hosted a massive GTI meetup (think a giant music festival, but for modified Volkswagens) canceled the event out of environmental concerns. VW had to save the day by moving it to its headquarters in Wolfsburg.
The ID.GTI might be a far more welcome sight instead. Though no specifics around power (or range) have been released yet, as an electric car the ID.GTI will almost certainly be the quickest GTI ever. VW says it can even electronically emulate the driving feel and noises of the vintage ones. In other words, if you owned a GTI in the ‘80s or 2000s, this one can sound just like it. The concept keeps a number of must-haves from past GTIs, too, like the tartan plaid seats, red trim on the grille and the “Golf ball” gear shifter — here, that’s a control module that lets you adjust how the car drives.
The ID.GTI likely won’t go on sale until 2027, Car and Driver predicts. But Americans may have reasons to mark their calendars whenever we get an official date. Earlier this year, Volkswagen gave a hard “no” when asked if the ID.2all would ever come to our shores. You can thank the U.S. car market being overwhelmingly dominated by large trucks and SUVs for that.
But will the ID.GTI come to America? “The answer is … we’re looking into it,” a VW spokesperson told me. That fits with past precedent. The base Golf was discontinued for America a few years ago, but the GTI (and its more powerful, more expensive big brother the Golf R) remains on sale here. That’s because there’s still a market for VW’s fun hot hatches here; I’d wager the GTI has eclipsed the Golf itself in America in terms of popularity and prominence.
I believe there’s absolutely a market for a fun, affordable electric hot hatch in America too, especially if VW can find ways to get battery and production costs down over the next few years. Look at the great sales year the Tesla Model 3 is having; same with the soon-to-be-discontinued (and then revived) Chevrolet Bolt, or the considerable hype around the ultra-compact Volvo EX30. Americans would drive cheap EVs if we had the chance, and if we want to lower emissions across the board, we can’t count on $60,000 SUVs to do it. There is no reason to believe that an electric GTI couldn’t be a hit just like the original one was, even if its Golf sibling doesn’t make it here.
But for me, there’s an even deeper appeal to the ID.GTI. I try to draw a line between car culture — traffic-clogged cities, long commutes, no public transit, the prioritization of driving over biking and walking — and car enthusiast culture. The latter is something that, while far from perfect, is a force that drives diverse communities, creates lasting bonds and is filled with people eager to help each other out. I don’t want to see car enthusiast culture die with gasoline; rather, I’d like to see gearheads lead the charge for a cleaner, better, smarter future.
And if the Volkswagen GTI — the ride of choice for everyday people who want occasional backroad fun and the “Yes, this should have 1,000 horsepower and sit just three inches off the ground” crowd alike — can help make that happen, it deserves an electric future.
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Agricultural equipment largely runs on diesel, and with the harvest season coming up, that spells bad news for farmers.
Gas prices are climbing again.
As the United States and Iran confusingly engage following the end of a 60-day “memorandum of understanding” between the two warring countries, the fuel market has begun to readjust yet again, continuing the volatility that has confounded analysts since mid-February. While the gasoline most drivers buy has seen its price increase — the national average gas price now sits at $4.09 a gallon, according to AAA, compared to $4 a month ago and $3.13 a year ago — the most dramatic increase has been in diesel. The price of that fuel — a crucial input to the agricultural economy, as well as an important heat source in certain parts of the U.S. — now sits at $5.50 a gallon, up around 14 cents on the week and close to its peak price for the year in June. It’s also dramatically higher than the $3.70 a gallon it was selling at a year ago.
“Diesel is probably the most important product when it comes down to the global economy in particular,” Tom Kloza, chief energy advisor for Gulf Oil, told me.
While there’s probably never a good time for fuel prices to spike, the increase in diesel prices right now will likely translate to increased costs for farmers as they rev up their equipment for the harvest season. If the price stays high, New Englanders who depend on fuel oil for heat will face increased costs.
“In the U.S., we’re looking at just stunning, stunning numbers with the harvest season coming up and the heating season maybe 60 days from now,” Kloza told me.
The continued disruption could mean record setting costs.
“We’re looking — without question — at the most expensive harvest season on record.”
The federal government’s response to these price spikes, to the extent it has one almost six months after the United States and Israel attacked Iran, has been to talk up oil exports that avoid the Strait of Hormuz and to encourage increased production and refining. Secretary of Energy Chris Wright told reporters on Monday that he had met with refiners to figure out what the government could do to boost output, but didn’t announce any specific next steps.
Congressional Democrats have seized on the high prices — and specifically the threat to farm country — to criticize the Trump administration.
“With global fuel supplies now severely disrupted, [farmers’] situation has been made even worse. And when farmers are forced to pay more for diesel, the prices at the grocery store go up for everyone,” Emmanuel Cleaver, a Democratic congressional representative from Missouri wrote on X.
The Farm Bureau, the agriculture industry’s biggest lobbying group, has warned for months of the effect of high input prices on fuel and fertilizers derived from hydrocarbons, writing in July, “Fertilizer and fuel costs were already elevated heading into 2026, and the conflict with Iran has added further pressure to those markets.”
The high price of diesel and the attendant strain on farmers and truckers has translated to high margins for refineries. The margin between diesel and crude prices has grown to over $100 a barrel, an all-time high, according to data collected by Bloomberg. Before this year, the previous high was under $90.
Even going into this new stage of the U.S.-Iran war, oil companies were already running their refining operations flat out, to record or near-record profits in the most recent quarter. Shell even reported that it was able to operate its refineries at beyond 100% of their capacity, something its chief executive Wael Sawan attributed to the Wall Street Journal to removing “bottlenecks.”
Overall refinery utilization in the U.S. has hit 97%, according to Patrick De Haan of GasBuddy, marking three consecutive months of utilization over 95%, a record.
It’s not just the widely documented strangulation of the Strait of Hormuz that’s driving up diesel prices. The Russian government has instituted a ban on diesel fuel exports through the beginning of next year due to persistent Ukrainian drone attacks on Russian refineries.
“My routine now starts with checking the overnight wires to see if there were any drone strikes on refineries. That’s what this business has come down to,” Kloza told me (drones hit a Russian refinery in Bashkortostan on Wednesday).
The United States faces this new stage of the Iran energy crisis having already boosted both its own exports of oil and authorized the release of over 170 million barrels of crude oil from the Strategic Petroleum Reserve.
Stockpiles of diesel and fuel oil in the United States currently stand at around 106 million barrels. Those inventories have fallen by 1.5 million barrels in the past week and “are about 13% below the five-year average for this time of year,” according to the EIA. Meanwhile, the U.S. Strategic Petroleum Reserve is holding just under 300 million barrels of crude oil, after releasing about 115 million barrels since the war began.
SPR releases will likely continue through September, Arnab Datta, the director of policy implementation at the Institute for Progress, told me. The effect those releases have on prices will largely depend on what forces they’re trying to counteract. A full, persistent closure of the Strait of Hormuz would likely overwhelm SPR releases, as could China deciding to rebuild its oil stockpiles.
“You get a Hormuz-level disruption of that size, no single stockpile really is going to be able to overcome that,” Datta said. “It depends on how much is coming out of Hormuz.”
On electrolyte factories, Josh Shapiro's flip, and Canadian clean power
Current conditions: Firefighters are encircling Belgium’s largest fire on record, just the latest blaze in Europe as historic heat waves roast the continent • The Canadian wildfire smoke that billowed into Michigan this summer cost the state nearly $6.7 billion • The string of storms that now includes the habagat, or southwest monsoon, hammering the Philippines has displaced 5.2 million Filipinos so far.
The Trump administration is barreling forward with a plan to open close to 45 million acres of wilderness in national forests to road construction and logging, removing protection The New York Times said has been in place for a quarter century. The U.S. Forest Service’s proposal would rescind a Clinton-era rule enacted in 2001 to bar roadways from routing through certain areas. The repeal is a major victory for Republican states and industry groups that lobbied for years to revoke the protections, and even unsuccessfully sued more than a dozen times to strike down the so-called roadless rule.
The new push comes a day after Customs and Border Protection paused work on a border barrier in Big Bend National Park after a flurry of videos showing bulldozers marring the protected landscape drove what the public lands-focused news site Public Domain called “a furious backlash.”
You know those thin white lines that trail behind airplanes? If you’re among the hordes of internet-poisoned conspiracy theorists, you may be certain these are called chemtrails, deliberately sprayed aerosols containing some secret mind control substance. In reality, these are condensation trails, or “contrails,” clouds of vapor that condense around soot particles from jet engine exhaust. Though they are not spreading any nefarious biochemical agents, contrails do take a climate toll, trapping outgoing infrared radiation like a blanket and adding to the greenhouse gas effect. Now Google is stepping in with a new program called Operation Blue Skies, in which the tech giant will partner with the British government and airlines to deploy its artificial intelligence technology to help create a zone in the North Atlantic free of any contrails. “While they may seem harmless, these warming contrails account for roughly one third of aviation’s total climate impact,” the two program managers in charge of effort, Paul Hodgson and Chaim Langermann, wrote in a blog post. “Our AI-powered forecasts have enabled flight crews and air traffic controllers to make targeted adjustments that avoid contrail-sensitive regions while remaining within normal flight operations. Now, we’re taking the next major step: expanding beyond individual airline trials to coordinated contrail mitigation across an entire flight corridor.”
The technology could, in theory, lay the groundwork for solar radiation management. Some conspiracists, without real evidence, suggest that contrails are, in fact, already a furtive government experiment to modify the atmosphere with aerosols that reflect the sun’s light back into space, a leading concept for how to artificially cool the planet and buy more time to tackle the causes of climate change. Those efforts are inching closer to reality — just read my colleague Robinson Meyer’s reporting on the world’s first major private geoengineering company’s fundraising or my reporting on when the startup revealed its proprietary reflective particle. Technology that could help coordinate flights to spray aerosols in the atmosphere, or can deliberately keep planes out of certain airspace, may prove central to deploying geoengineering at any real scale. Perhaps a public effort to explain contrails and deal with their actual downsides will earn more trust to experiment with things like solar radiation management. I wouldn’t hold my breath.
Solid-state technology could revolutionize batteries by making them charge faster, last longer, and pack more energy into less space. But the electrolytes needed for the ceramic or polymer interior that store and deliver the battery’s charge are not widely produced in the U.S. On Tuesday, the startup Anthro Energy broke ground on a new factory in Louisville, Kentucky, that is designed to produce enough battery materials for more than 300,000 electric vehicles. The facility is scheduled to start production in 2028, and will provide a definitive domestic source of materials that are otherwise largely sold by Chinese companies, David Mackanic, co-founder and CEO of Anthro Energy, told TechCrunch. The plant itself is a testament to the success of the Biden administration’s two landmark laws. It received $24.9 million from the Department of Energy under the 2021 Infrastructure Investment and Jobs Act, and another $18.4 million in investment tax credits under the 2022 Inflation Reduction Act.
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Back in February, I told you about Pennsylvania Governor Josh Shapiro’s middleground approach on data centers. Instead of advocating a full-on moratorium on building the facilities, as progressives Senator Bernie Sanders of Vermont and New York Representative Alexandria Ocasio-Cortez proposed a month later, the centrist Democrat laid out “selective” new conditions for large data centers seeking Harrisburg’s approval, including recycling of cooling water, as the state became a hotbed for projects. Now Shapiro is making an about face. In what The Philadelphia Inquirer called “a major shift from his initial embrace of the increasingly unpopular projects,” the governor signed a sweeping executive order Tuesday requiring local approval for data centers to receive state permits. The move is not a moratorium. But the extent of the backlash — seven in 10 Americans now oppose data centers in their backyards, per Heatmap Pro’s polling — may mean the need for a local green light serves as an effective ban. The order also removes Amazon’s controversial $20 billion data center complex between Luzerne and Bucks counties from the state’s fast-track permitting program, which is now unavailable to any such projects. “I have no other choice than but to take this executive action to protect the good people of Pennsylvania from these predatory developers and from these projects that would negatively impact our communities,” Shapiro said after signing the order.

Canadian Prime Minister Mark Carney announced plans Monday to invest roughly $50.2 billion into upgrading the nation’s hydroelectric fleet and building new wind turbines, part of the Liberal government’s effort to build “a stronger, more independent, and more sustainable country.” Under the pact with provincial governments, Ottawa will upgrade and expand the behemoth hydroelectric Churchill Falls Generating Station, develop another hydroelectric project on Gull Island in Labrador, build onshore wind turbines, and construct new transmission lines. “Canada is extending its unique advantage in clean, reliable, and affordable power. Because when we master energy, we master our destiny,” Carney said in a statement. The investment comes as Canada is refurbishing and expanding its fleet of CANDUs, a natively-designed type of pressurized heavy water reactor that can run on raw uranium, as I previously reported here.
Romania, one of only seven countries with a pressurized heavy water reactor as part of its fleet, is struggling to generate electricity from its nuclear plants as the rivers Europe depends on for cooling water run low amid the latest heat wave. On Monday, the country’s Ministry of Energy brought a giant coal plant back online to meet surging demand as the nuclear stations idle, according to the Romanian news site Economedia.
Octopus Energy is, by its own press release’s pun, “stretching its tentacles beyond the home and onto the open road.” The U.S. subsidiary of the British renewable energy giant is making Octopus Charge, Europe’s largest electric vehicle charging platform, a public network in the U.S. The company’s app will allow drivers to chargers on the go. “Driving electric should be simple, wherever the journey leads,” Nick Chaset, chief executive of Octopus Energy U.S., said in a statement. “Drivers shouldn’t have to juggle multiple apps and accounts just to charge their cars.”
The last week of Wisconsin’s politics show the risks of the data center issue for Democrats — and decarbonization.
This is an edition of Heatmap Daily, an evening review of the day’s news written by our executive editor. Sign up for it here.
That was my takeaway after last week’s Wisconsin Democratic gubernatorial primary, where the liberal candidate David Crowley edged out a victory over the progressive insurgent Francesca Hong.
Hong, a socialist, had run an aggressively anti-data-center campaign, pledging to pause their development across the state and then “control-alt-delete” them with regulations. Yet as my colleague Jael Holzman recently detailed, Hong lost many of the state’s jurisdictions that have fought data centers the hardest. Port Washington, the site of an acrimonious battle over a $15 billion Oracle and OpenAI facility, went for Crowley by eight points. Hong could not even secure a majority in the small town of Wrightstown, even though voters passed a data center ban by referendum on the same night.
I found the result illuminating. I’ve spent much of the past few months covering the size and scale of the data center backlash. Yet viewed at a remove, the Hong-Crowley result looked like nothing so much as a traditional post-2016 Democratic map, with Hong taking progressive college towns like Madison and Crowley winning more moderate black and rural voters. You would have to squint hard to locate an emergent anti-AI axis in the results. And more critically, you would find little evidence that the data center backlash is changing how voters define themselves ideologically. If Americans hate data centers — and polling shows that they do — then the results suggest that there are limits to their antipathy.
I stand by that conclusion. Yet since then, data centers have become an even bigger issue in Wisconsin state politics, dominating the first week of the general election. In doing so, they’ve demonstrated the risk that the data center backlash poses for Democrats — as well as for decarbonization.
The saga began when Crowley, newly victorious, told NBC News that one of the issues where he “disagreed most” with Hong was data centers: He wanted stronger guardrails on new and existing data centers but didn’t support a moratorium, he said, because he didn’t want to forbid communities that want them from accepting the facilities. Tom Tiffany, the Republican gubernatorial nominee, pounced, sharing a deceptively cut clip of the interview (to put it generously) and framing Crowley as both pro-corporate and tragically woke. If Crowley most disagreed with Hong about data centers, Tiffany asked, does he agree with her about “abolishing the police or prisons?”
Tiffany followed up with a TV ad labeling his opponent “Data Center David Crowley.” “My priority is protecting Wisconsin families, taxpayers, farmland, and water, not turning our state into a data center hub for the 'entire globe," Tiffany said.
This move succeeded in splitting the left. The socialist influencer Hasan Piker — who endorsed and campaigned for Hong — criticized Crowley for not endorsing an outright moratorium on data centers. “david crowley i know you hate me but please don’t do this!” he said [sic].
Let us interject here to say: Crowley and Tiffany have many overlapping policies about data centers — and as we shall see, Crowley’s policies would be more restrictive. Neither candidate supports a data center moratorium, but both say that they would allow communities to veto a local proposal, ban the use of non-disclosure agreements in data center development, and require data centers to cover the cost of their grid upgrades. One of their most salient divisions is on tax policy: Tiffany now supports ending a state tax carveout for some data center equipment, while Crowley would preserve it.
Where the two candidates really disagree is not about data centers at all — it’s about clean energy. Tiffany has argued that data centers are, like renewables, a form of industrial development overtaking agricultural land. He wants to restrict them accordingly.
“We should not be converting our beautiful farmland here in Wisconsin to industrial-scale wind, solar, or data centers,” he posted on Facebook in June. “As the next governor of Wisconsin, I’m going to make sure we stop the conversion of our beautiful farmland in Wisconsin to these industrial sites.”
Tiffany has attacked Crowley, in fact, for saying that data centers should use 100% renewable energy, because that will require the conversion of even more farmland to energy development.
This isn’t a new hangup for Tiffany: He has long sought to block renewables from getting built on farmland. Since 2022, he has repeatedly sought to end federal tax incentives for solar and wind projects built on private agricultural land, and he has opposed individual solar projects in the state that he claimed used too much farmland. (The Trump administration, as part of its broader war on clean energy, has also cut some subsidies for solar on “prime farmland.”)
In other words, Tiffany is using data centers as a kind of trojan horse to restrict clean energy development. By appearing to seem more anti-data-center than Crowley in theory, he is going to be more anti-solar in practice. The stakes here are real for the clean energy industry and for decarbonization more broadly. As governor, Tiffany could implement his longstanding preferences by naming new members to the Wisconsin Public Service Commission, which oversees the state’s utilities. In a letter sent last year, he urged the commission to look more favorably at coal.
What remains notable about this story — and lost in much of the commentary — is that Crowley is not even a moderate on data centers. On some fronts, he would regulate data centers more aggressively than the Michigan Democratic Senate nominee Abdul El-Sayed would, even though the former has been branded as a pragmatist and the latter as a progressive.
Crowley, of course, wants data centers to use 100% renewable electricity and cover their full grid and infrastructure upgrade costs. El-Sayed hasn’t made the same commitment on clean energy. Crowley says data center developers “must build … with union labor,” while El-Sayed would require only that the facilities must be built by contractors with state-registered apprenticeship programs. I even think Crowley’s insistence on local control over data centers is a more expansive commitment than El-Sayed’s demand that communities must get a “meaningful say.” (El-Sayed’s language around water, by comparison, is more specific and binding, requiring data centers to use “closed loop systems.”)
You could say this is all a function of framing: It is Crowley who has declined to endorse a data center moratorium, while El-Sayed railed against data centers repeatedly on his campaign. On a vibes basis, El-Sayed is the more anti-data-center candidate. But policies are not made by atmospherics alone. And it is notable that socialists like Piker have endorsed El-Sayed’s approach while begging for Crowley to go further — when Crowley had the stricter policy all along.