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Americans want a variety ... of crossovers.

America’s electric car market has a new champion. The automaking alliance of Hyundai Motor Group and Kia Motors is now the second biggest seller of electric cars in the United States, according to new data released last week by Bloomberg BNEF.
The two companies sold more than 117,000 electric vehicles in the United States last year, or about 8% of all new EVs nationwide, according to the research firm. Only Tesla, the industry’s longtime leader, sold more electric cars: It still commands about half of U.S. market share.
The two companies’ success is an encouraging sign in what was more broadly a weird year for the EV market. Scarcely more than a year ago, the public’s demand for electric cars overwhelmed available inventory, and dealers were selling every EV they could get their hands on.
But as gas prices have fallen, the growth in EV sales in the United States has slowed, and the market has gotten more uneven. Tesla, looking to shore up its market position, launched a price war last year that juiced sales but cut deep into its profits. Ford and General Motors, meanwhile, are suffering anemic sales and cutting back on their short-term EV plans.
Amid this patchy landscape, Hyundai and Kia’s growth stands out. While the two companies are technically independent, Hyundai owns about a third of Kia Motors, and they collaborate on vehicle design, engineering, and manufacturing. They also use the same vehicle “platforms,” a common set of parts that can be used across models.
Since the news came out last week, I’ve seen climate people on Twitter and elsewhere try to explain why it’s happening. Many of these explanations conform to the views that the urban, progressive climate commentariat already hold about the car market. Look, Hyundai and Kia are winning because they’re making smaller cars, not behemoth SUVs.
But the answer, while not quite the opposite, doesn’t line up with what many might wish. In fact, Hyundai and Kia are dominating the EV market right now by churning out a mostly unbroken stream of crossover and SUVs. All but one of their electric cars qualifies as an SUV or crossover; all of their plug-in hybrids are SUVs. It is this commitment to repetition — to giving the consumer a lot of choices on a central theme — that sets their product lines apart right now.
You can see the importance of this by looking at their models in more depth. Take the Hyundai Ioniq 5 and the Kia EV6, for instance, which have led EV sales at the two brands and which are built on the same platform. Each is an electrified take on the type of car that, for years now, Americans haven’t been able to get enough of: the compact crossover SUV. The Ioniq 5 and EV6 each have two rows of seating and 25 cubic feet of trunk space. They drive more or less like a car, sit high on the road like an SUV, and fall in the broad category of cars that — as a friend’s wife puts it — looks like a fist with its thumb stuck out.
The Ioniq 5 and EV6 are also really, really similar to the Mustang Mach E, Ford’s attempt at an electric crossover. In fact, if you look only at specs, they’re basically the same car. All three have the same length and width and take up about 95 square feet of road space. All three have five seats. All three have roughly the same size trunk, although the Ford’s is maybe slightly bigger. And all three have an entry-level model starting at about $42,000 — although the lowest trim Ford has slightly more range and horsepower, and costs about a grand more.
As you might expect from those specs, the Mach E narrowly outsold the Ioniq 5 and EV6 in the United States last year. Ford sold more than 40,000 Mach Es in 2023, while Hyundai moved nearly 34,000 Ioniq 5s and Kia sold 19,000 EV6s. But here’s the thing: The Mach E did not outsell the Ioniq 5 and EV6 combined. And unlike Ford, which only sells one electric SUV, Hyundai and Kia continued to flood the zone with SUV options for consumers.
How many options? Hyundai sold plug-in versions of its Tuscon and Santa Fe SUVs. Kia sold an electric version of its subcompact Niro SUV and a plug-in hybrid version of its Sportage SUV. And even though Kia only started selling its new three-row SUV, the EV9, in December, it had already delivered more than 1,000 of them by the end of the year.
In fact, only one electric car from Hyundai-Kia — the new Ioniq 6 — was designed like a traditional sedan. But it made up only around 8% of the alliance’s total sales. Hyundai and Kia achieved their commanding position by giving Americans what they want: a seemingly endless stream of SUVs and crossovers.
Now, it matters here that Kia and Hyundai are two different companies, so there is some automatic duplication in their product lines. It might never make sense for Ford or GM to sell cars as similar as the EV6 and Ioniq 5. But if we’re being honest, their SUV lineups are already pretty duplicative: Do most consumers understand the difference between a Ford Edge and a Ford Escape? There’s no reason Ford couldn’t add an Escape EV to its lineup — something a little smaller and a little cheaper. That’s exactly what Kia does with the EV Niro, after all.
It helps, too, that lots of Kia and Hyundai’s cars look like great deals for consumers. Many of their key offerings hover in the high $30,000s to mid $40,000s, seemingly the sweet spot for new family cars today. Even though Hyundai and Kia’s cars don’t qualify for the new EV tax credit, Americans can use the $7,500 federal tax credit if they lease a vehicle instead.
Hyundai especially has used this credit — and a creative mix of rebates and low-interest-rate offers — to bring down the monthly payment for consumers. (Nearly half of new Ioniq 5s are leased, according to BNEF, which is a much higher rate than normal for Hyundai’s cars.)
Finally, it helps that Kia and especially Hyundai are making more interesting-looking vehicles than any other automaker right now. Compared to the staid peoplemover that is, say, the Volkswagen ID.4, the Ioniq 5 is striking, novel, and seems to push EV design forward. Its pixelated taillights are unlike anything else on the road, and it’s an extremely charismatic vehicle to drive; it’s just a better product, overall, than other cars out there.
And that might be the most important lesson behind Hyundai and Kia’s success. For the past few decades, decarbonization advocates have gotten used to thinking about electric cars primarily as a market abstraction: Are they cheap? Are they available? Are they growing as a sector? But as the EV transition continues, we are going to have to think about them more as products, as specific tools that can improve someone’s life by their presence. The EV companies that ultimately win will make better products than their competitors — cars that bring together capability, design, and price in a special way. Right now, Hyundai and Kia are pushing to the front of that race.
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Current conditions: Colorado is digging out of its biggest snowstorm of the season, which dumped another six inches on Denver yesterday • Heavy rain and mudflows in Tajikistan have killed at least four people this week • Spring showers are drenching the Croatian island of Ugljan in the Kornati archipelago.
Electricity prices went up again last month, but as Heatmap’s Emily Pontecorvo reported this morning, it’s not because of the Iran War. The latest spike, which appears in a data update released this morning in Heatmap and MIT’s Electricity Price Hub, shows that prices were 6.7% higher, on average, than the same month the previous year. The 12-month trailing average, a measure that smooths out seasonal fluctuations in rates, was up 6.5% from a year ago.
While both of these stats represent new peaks — as is almost always the case with electricity prices over time — the overall growth in prices in April was not unusual, Emily wrote. “National average electricity prices have been increasing at a similar rate this year as they have during the past five years, with the exception of 2022, when there was a significant spike in the cost of natural gas. Natural gas plants generate the largest proportion of U.S. power, and the cost of the fuel has an outsized influence on our electricity prices.”
But some places, such as New Jersey and Washington, D.C., saw 21% and 25% increases, respectively, in their 12-month trailing averages due to strained dynamics in PJM, the electricity market they are part of, where power demand is outstripping supply. But Emily writes that: “The new April data also shows how sometimes electricity prices undergo big fluctuations for more arbitrary, and ultimately temporary reasons.” For example, some states such as California and Massachusetts issued dividends or rebates that reduced bills during hotter months when electricity costs typically rise.
See the data for yourself here..
We all know that the backlash to data centers is mounting. As I reported for Heatmap in February, the proportion of voters who strongly oppose developing server farms grew by an eye-popping 50% in just a few months. Now Heatmap’s Robinson Meyer has some exclusive data via our intelligence platform Heatmap Pro that really puts a fine point on how effective that political pushback has become. At least 20 proposed data centers were canceled amid local pushback during the first three months of 2026, smashing a record set only in the previous quarter. “The cancellations,” Rob wrote, “reveal the rapidly expanding backlash to data center construction has not yet peaked.” About 100 new data center fights were also added to Heatmap Pro’s database during the first quarter, another new record.
It’s no wonder why. Even the data centers owned by the richest man in the world aren’t fulfilling basic promises made to voters about the sustainability of the projects. Elon Musk pledged two years ago to build a state-of-the-art water recycling plant in Memphis, Tennessee, to guarantee that his xAI servers wouldn’t deplete the city’s groundwater. Now that Musk’s first data center dedicated to his AI chatbot is up and running, construction on the recycling facility has come to an abrupt halt.
Add this to the list of achievements for China’s booming offshore wind industry. China Three Gorges Corporation announced that it has completed the installation of a 16-megawatt floating offshore wind turbine off the coast of Guangdong province, in what offshoreWIND.biz described as “the world’s largest single-unit floating wind turbine platform.” The pilot project is located in waters nearly 44 miles offshore at depths of close to 165 feet. The developer called the installation a milestone toward deep-sea floating wind technology that could harness stronger air flows and expand the footprint of offshore wind into areas of the Pacific coastline where the continental shelf drops off steeply and close to shore. As in sectors such as solar panels and batteries, the floating wind industry is driven by fierce internal competition in China.
In the U.S., meanwhile, the developer that had planned to build the nation’s first floating offshore wind farm off central California just took a payout from the Trump administration in exchange for abandoning its federal lease. Golden State Wind was among two companies that followed French energy giant TotalEnergies in taking refunds from the Department of the Interior while promising to halt all offshore wind development in the future, as I wrote last month. And as I told you on Tuesday, California regulators are now investigating the developer.
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As the nation’s largest federally owned utility, the Tennessee Valley Authority is, in many ways, the closest thing the U.S. has to one of the giant state companies that handle nuclear construction in countries with major atomic energy sectors such as France, South Korea, or Japan. The TVA has recently refashioned itself as a testing ground for new American reactor technologies. The world’s second BWRX-300, the 300-megawatt boiling water reactor from GE Vernova Hitachi Nuclear Energy, is set to be built at the TVA’s Clinch River site. The first power purchase agreement between a next-generation reactor developer and a U.S. utility was Kairos Power’s Google-backed deal to sell electricity from its first commercial molten salt reactor to the TVA. The White House is even giving the TVA an early look at new rules coming out of the Nuclear Regulatory Commission. So it’s fitting that now the TVA is generating far more electricity from nuclear energy than this time last year. The utility’s nuclear fleet supplied 41% of its power in the first half of this year, compared to 31% in the same six-month window of 2025, Utility Dive reported. The milestone comes as Mike Skaggs, the TVA’s interim chief executive since CEO Don Moul announced his retirement last month, names nuclear as a top priority.
Type One Energy, a U.S.-based fusion company backed by Bill Gates’ Breakthrough Energy Ventures, has made a deal to develop its first commercial power plant in the United Kingdom within a decade. The consortium includes the U.S. engineering firm Aecom and the British fusion supplier Tokamak Energy. Type One is already in “very early conversations with several potential customers,” CEO Chris Mowry told the Financial Times. The move comes just weeks after Gates’ fission company, TerraPower, began construction on its first plant in Wyoming, as I wrote last month.
Meanwhile, another clean energy venture in the U.K. is going under. Morrow Batteries, a lithium-ion manufacturer in Europe, filed for bankruptcy Wednesday. “It’s a tough outcome after years of building with over €400 million invested, strong technology, real products in the field, and an outstanding team that stands together through tremendous challenges,” CEO Jon Fold von Bülow wrote in a post on LinkedIn. “I firmly believe this is not the end.” He said he’s hoping to sell to a buyer who will take the technology forward.

I’ll let this chart from the sustainability research service Watershed speak for itself. As Watershed’s head of science John Bistline put it on X: “Texas just passed California in utility-scale solar. And it's not close in wind or energy storage.”
The cost of electricity goes up like clockwork.
Electricity prices continued to climb higher in April, according to Heatmap and MIT’s Electricity Price Hub. Prices in April 2026 were 6.7% higher, on average, than the same month the previous year. The 12-month trailing average, a measure that smooths out seasonal fluctuations in rates, was up 6.5% from a year ago.
While both of these stats represent new peaks — as is almost always the case with electricity prices over time — the overall growth in prices in April was not unusual. National average electricity prices have been increasing at a similar rate this year as they have during the past five years, with the exception of 2022, when there was a significant spike in the cost of natural gas. Natural gas plants generate the largest proportion of U.S. power, and the cost of the fuel has an outsized influence on our electricity prices.
Although Trump’s war with Iran has inflated gasoline prices and the cost of other crude oil-based products, perhaps counterintuitively, it has not had any effect on U.S. power prices. Unlike in Europe and Asia, where the Iran war has led to natural gas shortages and price spikes, the U.S. is mostly self-sufficient when it comes to natural gas. The only way the war would affect our power prices is if it led to an increase in exports, tightening our domestic supply. That’s not possible any time soon — our export facilities are already at max capacity. “We couldn't export more gas, even if we wanted to,” Ryan Kellogg, an energy economist at the University of Chicago, told me.
The picture of what’s happening with U.S. electricity prices changes again, however, when we zoom in to the state level. Even though the national average growth rate is comparable to the past several years, there are a handful of individual states that are seeing much more rapid increases.
New Jersey and Washington, D.C., for instance, saw 21% and 25% increases, respectively, in their 12-month trailing averages between May 2025 and April 2026, compared to a national average increase of 6%. These areas are seeing more rapid growth due to the strained dynamics in PJM, the electricity market they are a part of, where electricity demand is outpacing supply.
The new April data also shows how sometimes electricity prices undergo big fluctuations for more arbitrary, and ultimately temporary reasons. In California, for example, rates were about the same over the first three months of this year as the same months in 2025, but in April they were more than 50% higher. That’s because last year, Californians received a big bill credit in the month of April — a sort of dividend from the state’s carbon tax. For this year, regulators voted to shift that payment to August, when residents’ electricity bills are typically higher due to air conditioning.
Similarly, one of the largest month-to-month price spikes in the data set was in Massachusetts, where the utility Eversource’s electric rates jumped 36% between March and April. The utility had agreed to artificially lower its rates in February and March after the governor asked for rate relief during the winter months. In April, rates sprang back up.
That’s why the 12-month trailing average is a helpful metric — it can be deceiving to look at how much rates and bills change on a monthly basis.
The number of data centers canceled after pushback set a record in the first quarter of the year, new data from Heatmap Pro shows.
Data centers are getting larger and larger. But even so, few are as large as the Sentinel Grove Technology Park, a proposed data center near Port St. Lucie, Florida.
The proposed facility — which became known as Project Jarvis — was set to be built on old agricultural land. It would use up to 1 gigawatt of electricity, enough to power a mid-size city, and bring in up to $13.5 billion in investment to the county.
The project was immediately controversial. But its developers anticipated issues: They would build their own self-contained, self-provided water facilities to service the project, and they agreed to set its 60-foot buildings back far enough from the road so that they couldn’t be seen by drivers.
It wasn’t enough. The project lost a key vote in the planning board in October. And in February, Project Jarvis’s developers withdrew their land use application entirely after Governor Ron DeSantis proposed AI regulation in the statehouse.
The facility was the largest data center project canceled after facing opposition in the first quarter of 2026. But it wasn’t the only one.
At least 20 proposed data center projects were canceled after local pushback during the first three months of 2026, smashing a record set only in the previous quarter, according to a review of press accounts, public records, and project announcements conducted by Heatmap Pro.
These canceled projects accounted for more than $41.7 billion in investment and represented at least 3.5 gigawatts of electricity demand.
The cancellations reveal the rapidly expanding backlash to data center construction has not yet peaked. From Georgia to Pennsylvania, locals have rebelled against newly proposed data centers, even when the planned facilities are not planning to run artificial intelligence models.

If anything, fights over data centers are surging now. Heatmap Pro’s researchers added roughly 100 new data center fights to their database during the first three months of the past year, a new record.
These fights are succeeding in terminating projects. Last year, roughly 25 data center projects were canceled nationwide after facing some type of local opposition, according to Heatmap Pro data. The country is likely to break that record in 2026 over the next few weeks, our data suggests — only five months into the year.
At least $85 billion in data center projects have been canceled over the past three years, according to Heatmap Pro data.

These numbers haven’t been previously reported. Over the past year, researchers at our intelligence platform Heatmap Pro have conducted a comprehensive national survey of local opposition to data center construction. They have regularly called every U.S. county to tally data center cancellations and any new rules limiting data center construction.
This data is normally available to companies and individuals who subscribe to Heatmap Pro, but we periodically publish a high-level summary of this data. We last released our results in January.