You’re out of free articles.
Log in
To continue reading, log in to your account.
Create a Free Account
To unlock more free articles, please create a free account.
Sign In or Create an Account.
By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy
Welcome to Heatmap
Thank you for registering with Heatmap. Climate change is one of the greatest challenges of our lives, a force reshaping our economy, our politics, and our culture. We hope to be your trusted, friendly, and insightful guide to that transformation. Please enjoy your free articles. You can check your profile here .
subscribe to get Unlimited access
Offer for a Heatmap News Unlimited Access subscription; please note that your subscription will renew automatically unless you cancel prior to renewal. Cancellation takes effect at the end of your current billing period. We will let you know in advance of any price changes. Taxes may apply. Offer terms are subject to change.
Subscribe to get unlimited Access
Hey, you are out of free articles but you are only a few clicks away from full access. Subscribe below and take advantage of our introductory offer.
subscribe to get Unlimited access
Offer for a Heatmap News Unlimited Access subscription; please note that your subscription will renew automatically unless you cancel prior to renewal. Cancellation takes effect at the end of your current billing period. We will let you know in advance of any price changes. Taxes may apply. Offer terms are subject to change.
Create Your Account
Please Enter Your Password
Forgot your password?
Please enter the email address you use for your account so we can send you a link to reset your password:
Smothered, covered, and recharged.

Picture, if you will, the perfect electric vehicle charging stop. It sits right off a well-traveled highway. It has decent bathrooms, preferably ones that are open 24/7. It gives drivers and road-tripping families a simple way to occupy themselves during the 15 to 30 minutes it takes to refill the battery, the most obvious solution being a meal that can be consumed within that time window.
In other words, it is a Waffle House.
The beloved chain of budget restaurants spread across the American South said last week that it would begin to install DC fast chargers in 2026. Built by BP, the charging stalls will be able to deliver up to 400 kilowatts of electricity and will include plugs with both the Combined Charging System standard (the plug used by most non-Tesla EVs to date) and the North American Charging System standard (the formerly proprietary Tesla plug that is slowly becoming the standard for the industry at large). At last, Americans can get their hash browns smothered, covered, and recharged.
We won’t see every Waffle House in the country become an electron depot overnight. BP said it is planning installations at about 50 sites right now; Waffle House has around 2,000 locations in the United States. Yet the addition of charging — and not just charging, but high-speed charging — at the Waffle House is just what the American EV experience needs.
Where fast chargers are built has been driven by a few factors. Notably, there is necessity from the EV driver’s point of view and practicality for the charging company. Charging depots along major highways and interstates make electric road trips possible, but many prime pit stops between big cities are in the middle of nowhere, which makes it a challenge to provide amenities to resting drivers. In the empty California desert between L.A. and San Francisco, for example, Tesla built Superchargers at iconic steak restaurants and at existing travel plazas with your expected array of gas stations and fast food restaurants. I’ve also stopped numerous times at an impromptu, formerly unpaved site rushed together to accommodate holiday traffic; for months it featured nothing but plugs and portable bathrooms sitting in the dirt.
In cities and suburbs, it’s not uncommon to find charging stations at outlet malls and shopping centers. It makes sense: These places have lots of parking spaces, room for the necessary electrical infrastructure, and stores and restaurants to provide some level of amusement or distraction. If it so happens that you need to go to the REI or Sephora anyway, then so much the better. Mercedes-Benz is trying to class up this setup by putting its luxury charging sites at high-end malls and providing primo, covered parking spaces.
But the game changer is the Waffle House. Businesses have long realized the benefit of adding EV chargers, either as a serendipitous perk for customers who arrive in electric need, or as an enticement for EV owners to patronize their business rather than the competitor with no plugs. Mostly, though, those businesses install Level 2 “destination” chargers that are roughly equivalent to what drivers get in their garage if they pay for the upgrade: 240 volts, or enough to provide 20 to 30 miles of range per hour.
That’s perfect for a hotel, where patrons who snag a charger can wake up the next morning with a full battery, just as they would at home. I made it across sparse Utah country this way. At a grocery store or a restaurant it’s less useful. It’s a pleasant bonus to add a few miles of juice during an errand. What would be better would be filling up the whole battery while you’re inside the Whole Foods.
The problem, however, is timing. Chargers are a shared resource. For optimal EV charging that works for everybody, drivers move their cars as soon as they’re done to open the stall for someone else, which is why many fast-charging operators ding drivers with idle fees if they stay plugged in. So not every activity is a perfect match. It’s pretty annoying to leave your half-filled cart inside Trader Joe’s to go move the car, or to rush through shopping so you finish by the time the battery does. I’ve been through plenty of situations where I couldn’t get back to my Model 3 right away, and so even though it was about to finish charging at 80%, I used the phone app to bump up the limit to 90% or higher to keep the session going.
You know what is a decent match? The Waffle House. You can probably finish your All-Star Special in time, and if you can’t, no problem. This isn’t fine dining; you can leave the table a moment to hop out to the parking lot and unplug the EV.
Putting chargers at the places Americans love to go anyway, whether road tripping or not, would be a wonderful little way to boost their desirability. My native Nebraska has Superchargers co-located with Runzas at towns along the interstate, a welcome trend that must expand. Let Wisconsinites fill the battery while crushing a frozen custard at Culver’s. Give us chargers at the Cracker Barrel so I can finally solve that unholy peg game. Continue the California trend of putting plugs at the In N Out. If the charging stop is someplace you want to go anyway, the minutes required melt away.
Log in
To continue reading, log in to your account.
Create a Free Account
To unlock more free articles, please create a free account.
Robotaxis are more likely to be EVs, and that’s not a coincidence.
Here in Los Angeles, the hot new thing in parenting is Waymo. One recent article argued that driverless electric vehicles have become the go-to solution for overscheduled parents who can’t be everywhere at once. No time to drive the kid to school dropoff or to practice? Hire a rideshare, preferably one without a potentially problematic human driver.
Perhaps it’s fitting that younger Americans, especially, are encountering electric cars in this way. Over the past few years, plenty of headlines have declared that teens and young adults have fallen out of love with the automobile; they’re not getting their driver’s licenses until later, if at all, and supposedly aren’t particularly keen on car ownership compared to their parents and grandparents. Getting around in a country built for the automobile leaves them more reliant on the rideshare industry — which, it so happens, is a place where the technological trends of electric and autonomous vehicles are rapidly converging.
This isn’t the way most people, myself included, talk about the EV revolution. That discourse typically runs through the familiar lens of our personal vehicles — which, it should be noted, Americans still lease or buy in the millions. In that light, EVs are struggling. Since buyers raced to scoop up electric cars in September before the federal tax credit lapsed, sales have slowed. Automakers have canceled or delayed numerous models and pivoted back to combustion engines or hybrids in response to the hostile Trump-era environment for selling EVs. While the world has carried on with electrification, America has backslid.
While all this was happening, however, the rideshare industry was accelerating in the opposite direction. Waymo’s fleet of autonomous vehicles is all-electric, currently made up of Jaguar I-Pace SUVs. Uber just invested more than $1 billion in Rivian as part of a plan to add thousands of the brand’s new R2 EVs to its fleet of electric robotaxis. Tesla’s moves are particularly telling. Elon Musk is still selling plenty of normal, human-driven Model Y and Model 3 EVs to make some money for the moment, but the company’s future prospects are all-in on the Cybercab, a two-seater robotaxi that would never be driven by a person. Who’d buy such a thing? Rideshare companies — or, perhaps, people see the Cybercab as a passive income machine that shuttles their neighbors around town whenever they’re not riding in it.
Human-driven rideshare fleets are quickly electrifying, too. Uber now allows riders to request an EV explicitly, an option that has been growing in popularity, especially as rising gas prices make electric rides more appealing. The company has been offering thousands of dollars of incentives to drivers who want to buy an EV, a program that expanded nationwide this month. EV-maker Fisker went bankrupt and folded, but its orphaned Ocean vehicles are roaming New York City as rideshare cars. Sara Rafalson of the charging company EVgo recently told me that rideshare already accounts for a quarter of the energy it distributes.
Yes, gasoline carries certain advantages for a taxi service — a gas-burning cab can drive all night with just momentary refueling stops, for example, whereas an EV must go out of commission during its occasional charging stops. Nevertheless, it’s clear that the rideshare industry is going electric.
That isn’t just because EVs have a futuristic vibe. There are technological reasons, too. Tesla and Rivian have designed their vehicles to be effectively smartphones on wheels, which makes them ideally suited for robotaxis. EVs have plenty of battery power on hand to meet all the computational demands of self-driving. Plus, electric power is particularly efficient for stop-and-go urban driving.
On the EV side, the business case for electric robotaxis is particularly compelling. One reason electric cars have struggled with everyday Americans is that it’s more difficult for an individual to stomach the higher upfront cost of an EV to enjoy its longer-term rewards. That’s less true for a business, whose accountants know EVs mean less long-term maintenance.
In the case of the rideshare economy, EVs are becoming the clear choice even though they’re owned by individual drivers. While the EV purchasing tax credit is gone for individuals, drivers can get financial help from a company like Uber to purchase an EV, which allows them to insulate themselves from the volatility of gas prices and reduce their regular maintenance schedule. They can also charge strategically around their taxi trips; robotaxi fleets often concentrate their recharging to the overnight hours when electricity is cheapest.
There is plenty of evidence that the “Gen Z doesn’t want to own cars” narrative is as reductive and oversimplified as you’d think. Younger generations are interested in cars — and in electric cars, in particular — but they’re often put off by the soaring costs of owning and maintaining a vehicle. As EV prices continue to fall, you can expect EV adoption to accelerate among Gen Z and millennial drivers.
In the meantime, those folks don’t have to buy an EV to join the EV age. It’s getting more and more likely that the car that drives you to the airport will be an EV — and more likely that riders will opt for electric if given the choice.
$4 of gasoline will actually get you pretty far these days.
Everyone’s mad about high oil prices, but are they doing anything about it? With around 11 million barrels per day (about a tenth of global production) shut in, and thus missing from the global oil market, someone has to be using less of it. Maybe it’s petrochemical plants that run on tight margins slowing down. Maybe it’s European airlines cancelling flights.
At least so far, it’s probably not American drivers.
“In the U.S. we’re seeing an indifference, in terms of what we can see from consumption numbers,” David Doherty, head of natural resources research at BloombergNEF, told me on the sidelines of the research group’s annual summit last week. The Energy Information Administration’s proxy for gasoline consumption, “product supplied of finished motor gasoline,” shows no dramatic change following the beginning of the war or subsequent spike in oil prices.
Gas prices in the United States sit at $4.11 per gallon according to AAA, compared to $3.15 a year ago. But even in the context of the almost $5 per gallon in 2022 and the $4.11-ish gas hit in the summer of 2008, the impact on actual households is likely more mild.
“$4 now is very different to $4 five years ago. And it's definitely different to $4 in 2008, which is when the last price spikes came through,” Doherty said. “$4 doesn't get you a coffee now. $4 a decade ago got you coffee plus oat milk.”
For one, a dollar is hardly a dollar anymore. There’s been higher than typical inflation since 2022, and a substantial rise in overall prices since 2008. This means that a dollar of gasoline (or even $4) is taking up a smaller portion of American consumer spending than it has in the past.
Looking back even further, the American auto fleet has gotten more efficient, meaning that drivers are getting more miles per gallon — and thus miles per dollar — than they were in the past. And that’s not even taking into account the rise of electric vehicles, which allow drivers to opt out of gasoline price volatility altogether.
Ironically, a big chunk of the credit comes from the now essentially scrapped Corporate Average Fuel Economy standards — themselves a response to the 1973 oil shock and designed to ease the American auto fleet’s dependency on fuels with volatile prices set by the global market by ratcheting up fuel economy over time. Then in 2007, President George W. Bush signed into law the first major tightening of CAFE standards in nearly 30 years.
“CAFE standards — which have just been neutered — ultimately have helped,” Doherty told me, referring to the Trump administration’s successful efforts to undo further fuel economy progress under the Obama and Biden administrations.
Overall, the U.S. economy has also gotten less “oil intensive” — we simply use less oil per dollar of economic activity than we used to. Since 1970, oil consumption has gone up by about 20%, while the size of the economy as measured in GDP has more than quadrupled.
When it comes to how the changing price of oil, and thereby gasoline, affects drivers, it’s a little trickier. I decided to calculate the “miles per dollar” on an annual basis, and then conservatively estimated how fleet efficiency would have increased by now.
To do this, I looked at the average miles per gallon of the U.S. car fleet and the “all grades” gasoline price for those same years. (“All grades” a little higher than the typical “regular” gas series, but the data goes back further.) The MPG data only goes back to 2024, so I conservatively projected it out to this year. While U.S. drivers are getting less out of their dollar than they did in 2024, they’re also going farther than they did in 2022 and 2008, the last time gas prices spiked dramatically.
I also wanted to get an idea of how much household spending is on gasoline. There’s no perfect way to do this with up-to-date data, but I was able to look at the relative importance of transportation fuel in the Consumer Price Index, which tells you the portion of spending on gasoline among the goods and services tracked by the Bureau of Labor Statistics. As expected, the relative importance rose dramatically in the 1970s and early 1980s, and hit a new high in 2007; in 2025, it fell close to its all time lows at just under 3%.
The Bureau of Labor Statistics also looks at annual household spending on gasoline. The latest data from 2024 agreed that it had been falling, from $2,805 in 2022, to $2,449 in 2023, and then $2,411 in 2024, but the 2025 data isn’t available yet.
Looking at more frequently updated data, the Republican staff of the Joint Economic Committee estimated that spending in February on “gasoline and other energy goods” was just over 1.9% of all personal consumption, a more than 0.2 percentage point decline from a year ago. This was, of course, before gasoline prices soared in March and into April.
“If you were to put [gasoline] beside the cost of your rent, for example, it's becoming a much smaller slice of your outlays,” Doherty said. This is the now-abandoned fuel efficiency standards actually working, Doherty said. “It's a different share of your budget. It's a more efficient car, and that’s through design.”
This also helps explain why in the United States, we’re not seeing the “demand destruction” that should accompany a contraction in oil supply, where consumers cut back consumption in response to high prices.
But with lines of empty tankers queuing up at the United States’ Gulf Coast petroleum export complex, looking to bring American crude to markets that can’t get their hands on oil from the Persian Gulf, prices may still have a way to go. Drivers in the United States are now in a barrel-for-barrel competition with the rest of the world.
On China’s fossil fuel controls, Maine data centers, and a faster NRC
Current conditions: Nearly two dozen states from Texas to Minnesota are bracing for days of thunderstorms, tornadoes, hail, and winds up to 70 miles per hour • Japan is deploying 1,400 firefighters to battle a wildfire in Iwate prefecture that has forced at least 3,000 people to evacuate • While it’s nearly 50 degrees Fahrenheit and sunny today in Chernobyl, Ukraine, exactly 40 years ago yesterday the weather worsened the world’s worst nuclear accident by blowing radiation from the melted-down reactor.
The Trump administration has dismissed every member of the independent board that oversees the National Science Foundation. In what The New York Times described as a “terse email” sent Friday afternoon, members of the 25-member National Science Board were told their position was “terminated, effective immediately.” Willie E. May, a terminated board member and a vice president at Morgan State University, told the newspaper: “I am deeply disappointed, though I cannot say I am entirely surprised. I have watched the systematic dismantling of the scientific advisory infrastructure of this government with growing alarm, and the National Science Board is simply the latest casualty.” The move to seize tighter control over funding for scientific research comes two months after the Environmental Protection Agency repealed the legal finding that underpins all federal climate regulations and days after the Department of Health and Human Services nixed publication of a study about the safety of COVID-19 vaccines.
Meanwhile, a top Republican in Congress has confirmed the limits of President Donald Trump’s bid to cap pay at the Tennessee Valley Authority. The White House’s push to limit compensation at the nation’s largest public power utility to $500,000 only applies to the chief executive, Representative Chuck Fleischmann, Republican from Tennessee, told The Knoxville News Sentinel. The White House sought to fire TVA CEO Don Moul last year, but ultimately backed down.

Beijing has laid out plans for tighter controls over fossil fuel use and greater oversight of heavy emitters in what experts told Carbon Brief was “a signal of China’s ongoing commitment to climate action and bridging policy” between the government’s national and sectoral five-year plans. The policy document, totaling nearly 2,800 words when translated into English, is what’s known as a “guiding opinion,” and “is not strictly binding, it bears the stamp of the two highest bodies in China’s political system, conveying a strong sense of authority,” wrote Anika Patel, the China editor at Carbon Brief, noting that “this is the first high-level document to explicitly link decarbonisation efforts with energy security and industrial development.” As Qi Qin, a China analyst at the Centre for Research on Energy and Clean Air, told Heatmap’s Katie Brigham last month: “I don’t think China is creating these technologies as a niche climate experiment anymore. They’re being folded into a broader industrial strategy. I think that the more important question is which of them are moving into real deployment now, and which are still at the stage of strategic signaling.”
At roughly the same time, the Chinese government has published an atlas of deep-sea mineral deposits as the People’s Republic looks to ramp up its ambitions to harvest critical metals from the ocean floor.
At the start of this month, I told you Maine was poised to become the first state to ban construction of data centers, at least temporarily. Not anymore. On Friday, Governor Janet Mills vetoed the bill, the Portland Press-Herald reported. In her message to the legislature, the Democrat said that, while a moratorium “is appropriate given the impacts of massive data centers in other states on the environment and on electricity rates,” the “final version of this bil fails to allow for a specific project in the Town of Jay that enjoys strong local support from its host community and region.” The 2023 closure of Androscoggin Mill, a pulp and paper plant, dealt what she called “a devastating blow” to the town, located roughly an hour and 20 minutes north of Portland, and the server farm would help “promote reinvestment and job creation at the former mill,” she said. Mills is locked in a heated race with left-wing populist Graham Platner for the Democratic nomination to take on Republican Senator Susan Collins this November.
Sign up to receive Heatmap AM in your inbox every morning:
The British-listed green fertilizer company Atome is set to build a first-of-a-kind project in Paraguay, taking advantage of low-cost hydropower to produce ammonia using green hydrogen instead of natural gas. The firm’s final investment decision on the $665 million plant in Villeta, south of the capital of Asunción, comes as the Iran War disrupts fertilizer markets and drives up costs. “We’ve proven that you can actually close and finance an industrial-scale, green fertilizer facility,” chief executive Olivier Mussat told the Financial Times. “It’s never been done before.”
Duke Energy’s Robinson nuclear power plant in South Carolina just won the Nuclear Regulatory Commission’s approval to operate for 80 years as part of the fastest license renewal review in the agency’s history. The NRC cleared Unit 2 of the Robinson Steam Electric Plant — a single-unit pressurized water reactor — to operate for another 20 years. This, according to World Nuclear News, is the unit’s “second, or subsequent, license renewal: it received a 20-year renewal of its original 40-year license in 2004.” The NRC formally accepted the license renewal application for docketing on April 28, 2025, then completed the review within a 12-month timeframe. That’s six fewer months than the previous schedule, in accordance with an executive order Trump issued last year. “This milestone proves we can deliver results quickly without compromising safety,” NRC Chairman Ho Nieh said in a statement. “By focusing on essential factors for sustained nuclear power plant safety and applying lessons learned from past renewals, our team was able to work efficiently while maintaining their commitment to enabling timely safety decisions.”
TotalEnergies may be exiting offshore wind in the U.S. for the price of $1 billion from the Trump administration. But over in Kazakhstan, the French energy giant is expanding its wind footprint. While the landlocked Central Asian country doesn’t have much in the way of shores off of which to build turbines, it does have vast, windy steppelands. TotalEnergies plans to invest in a gigawatt of wind power and 600 megawatt-hours of battery storage, Renewables Now reported.