Power lines and transmission towers near the Ivanpah Solar Electric Generating System in the Mojave Desert in San Bernardino County, California, U.S., on Saturday, Feb. 19. 2022.
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Artificial intelligence could strain the U.S. electric grid, as power demand from data centers is poised to surge in the coming decade just as supply is falling due to the rapid retirement of coal-fired plants.
Data centers in the U.S. alone could consume as much electricity as some major industrialized economies produce by 2030, as they proliferate not just in number but also in the scale of their power needs.
The computer warehouses that power the Internet and increasingly AI could require up to 400 terawatt hours of electricity by 2030, according to an August report from Mizuho Securities.
Data center developers are knocking at the door of the nation’s utilities at the same time many of these power companies are retiring coal plants as part of the transition away from fossil fuels. But the waiting list to bring clean energy, primarily solar and wind, onto the grid to replace coal is long and renewables are less reliable.
PJM Interconnection, the largest grid operator in the U.S., warned in July that the reliability of the system is a growing concern as coal plants close faster than new power generation is built.
PJM serves 13 states primarily in the Mid-Atlantic region, including northern Virginia, the largest data center market in the world. Resources in areas of Virginia are insufficient and the transmission system is constrained, limiting the ability to import power from elsewhere, according to PJM.
Yet data center “growth is accelerating in orders of magnitude, driven by the number of requests, the size of each facility and the acceleration of each facility’s ramp schedule to reach full capacity,” Dominion Energy CEO Robert Blue told investors on the company’s earnings call on Aug. 1.
Electrification of economy
In addition to data centers, manufacturing is returning to the U.S. and the broader economy is electrifying. Recent auction prices to bring new power capacity to the PJM power pool have surged more than 800% as a consequence of rising demand and limited supply.
“The market has already made one transition from coal to gas,” Susan Buehler, a spokesperson for PJM, told CNBC. “We see this energy transition is here. We just see that the forces around it are happening faster than the renewable energy transition is happening.”
“So we see a potential gap, and that’s what the market is signaling,” Buehler said.
PJM has forecast that electricity demand surge will surge nearly 40% by 2039 in its 369,000-square mile service area. Meanwhile, 40 gigawatts of existing power generation is at risk of retirement by 2030, or about 21% of PJM’s current installed capacity.
While there are 290 gigawatts of renewable projects waiting to get connected to the grid, in the past only about 5% of such projects have actually been built, according to PJM.
About 38 gigawatts of renewable energy have been approved for connection and another 72 gigawatts are coming in the first quarter of 2025, Buehler said, but the projects are not being built quickly enough due the challenges developers are facing on the ground.
Buehler said developers “can’t get their projects sited, there are supply chain delays, and there are financing issues.”
Step-change in investment needed
Utilities that operate in PJM have disclosed at least 50 gigawatts of potential data center demand during their recent earnings calls, though CEOs have cautioned there could be some duplication in the numbers.
About 29% of current data center electricity demand in the U.S. is located within PJM’s territory, according to Mizuho. Some 25% of data center power demand in the nation is in Virginia.
American Electric Power, one of the largest electric utilities in the U.S., has commitments for more than 15 gigawatts of demand from data centers through the end of the decade, interim CEO Benjamin Fowke told investors on the company’s second-quarter earnings call earlier last month.
That level of demand is equivalent to more than 40% of the peak electric load of 35 gigawatts across AEP’s entire system at the end of last year, according to Fowke. AEP serves 5.6 million customers in 11 states in the Midwest and South.
“These are far from just inquiries,” Fowke told investors. “These are serious customers that want to get on the grid and are willing to financially commit to do what it takes to get on the grid.”
Fowke testified to Congress in May that demand for electricity in some parts of the U.S. is already outstripping available capacity on the grid. The former CEO of Xcel Energy said that requests from large customers would more than double the current peak demand on the utility’s system.
“It took over 100 years of planning and building to create our current system, and a step-change in infrastructure investment on an accelerated timeline will be required to serve even a fraction of this future demand in a reliable manner,” Fowke told the Senate Committee on Energy and Natural Resources.
The cost of building new infrastructure to meet the demand is expected to reach hundreds of billions of dollars, Fowke said.
In the past, a large manufacturing facility might need 100 megawatts of electricity — equivalent to about 100,000 homes, Fowke told Congress. It is now increasingly common for a single data center to need anywhere from three to 15 times that amount of power, the CEO said.
Dominion Energy regularly gets requests to support data center campuses that require as much as several gigawatts of power, Blue said in May. That’s larger than the average capacity of a nuclear reactor in the U.S.
Going around the grid
One of the many challenges in connecting this kind of demand to the grid is that it can take up to a decade to decide the exact route a transmission line will take, get the necessary permits and build it, Edison Electric Institute senior vice president for customer solutions Phil Dion told Congress in June.
As a result, tech companies that are building data centers are increasingly looking at directly connecting their facilities to large power resources, such as nuclear plants, rather than waiting to access the grid. But that approach is already facing controversy.
Amazon Web Services purchased a data center campus in March from Talen Energy for $650 million that will be powered directly by the Susquehanna nuclear plant in Pennsylvania. It was viewed by some in the industry as a landmark agreement that could pave the way for more nuclear-powered data centers.
But AEP has challenged the agreement before the Federal Energy Regulatory Commission, warning that such arrangements could further constrain supply on the electric grid.
Constellation Energy CEO Joe Dominguez told investors earlier this month that hooking data centers directly to nuclear reactors is the fastest and most cost effective solution. Constellation operates the largest portfolio of nuclear plants in the U.S.
“The notion that you could accumulate enough power somewhere on the grid to power a gigawatt data center is frankly laughable to me,” Dominguez said on Constellation’s August earnings call.
“If I can’t get that power capacity online, I cannot do the data center. I cannot do the manufacturing. I can’t grow the core businesses of some of the largest corporations in the country,” Petter Skantze, vice president of infrastructure development at NextEra Energy Resources, the renewable energy unit of NextEra Energy, said at a conference in New York City in June.
“The stakes are really, really high,” Skantze said. “This is a new environment. We have to get this right.”
After years of development and months of teasers, Nissan has officially launched a reimagined version of the LEAF as a 2026 model year crossover, set to hit dealerships later this year. We will always love the original LEAF, but this new model is sharp and includes some well overdue upgrades, including a NACS port and Plug & Charge capabilities.
It’s been over fifteen years since the original Nissan LEAF debuted as one of the world’s first viable, mass-market EVs. For nearly a decade, the LEAF was the best-selling plug-in EV in the world, before Tesla took over.
While the original hatchback LEAF will go down in history as one of the earliest successful BEV models, its market status in recent years has been repetitive, laughably archaic (CHAdeMO), albeit nostalgic. The last five or six model years of the Nissan LEAF have essentially been the same car, and the public has been petitioning for something new.
How could an automaker so ahead of the BEV curve in 2009 fall so far behind over the course of a decade? Nissan asked itself that same question and has since bounced back with the ARIYA, which has been in production since 2022, but what about a new LEAF?
Since January 2025, we have been following several camouflaged images of the reimagined LEAF in the wild before Nissan gave us a first official look in March. Earlier this month, Nissan shared even more details, including a timeline for the new BEV’s global debut.
Today, the third-generation Nissan LEAF has officially launched as a 2026 model, and it’s about as nice of an upgrade as we could have asked for.
Nissan’s new LEAF is set to hit dealers this fall
This morning, Nissan shared all the specifications for the four planned trims of the new 2026 LEAF (except pricing, sorry). There’s much to unpack here, so let’s dig right in.
For starters, the first thing you’ll notice, which we’ve already noted in the past, is that the 2026 LEAF has evolved from a compact hatchback to a (slightly) larger, family-friendly crossover SUV.
The new LEAF is marginally shorter in length than the second-generation model (173.4 inches vs. 176.4 inches), but it is about an inch wider and a similar height to its predecessor. So, arriving as a radically looking version of the LEAF without the hatchback, it will fill a similar footprint to the older models.
While the 2026 Nissan LEAF may be similar in size, most of the rest of the BEV has been significantly overhauled in the best ways. For example, the battery packs and electric motors have been bolstered to provide significantly better horsepower, charge rates, and range.
Here’s a quick breakdown of the standard configurations of the four initial LEAF trims in the new generation:
Nissan LEAF Trim
Motor
Battery
Power
Onboard Charger
S
130 kW
52 kWh
174 hp, 254 lb-ft torque
7.2 kW
S+ SV, PLATINUM+
160 kW
75 kWh
214 hp, 261 lb-ft torque
7.2 kW
Nissan also shared initial range estimates for the new LEAF trims, except for the base-level S version. Note that the two versions of the 2025 LEAF offered ranges of 149 and 212 miles, respectively:
2026 Nissan LEAF Trim
Est. Range
S
TBD
S+
303 miles
SV+
288 miles
PLATINUM+
259 miles
Even at its lowest range, the 2026 LEAF can go significantly farther than the previous generation. Better yet, it will be A LOT easier when future owners need to recharge. Yes, Nissan has finally abandoned the long-defunct CHAdeMO port and has replaced it with not one, but two more modern options.
A J1772 port is present on the driver’s side fender for Level 1 and 2 charging, while a North American Charging Standard (NACS) is on the passenger’s side fender, giving drivers access to Tesla’s massive Supercharger network. Per Nissan, the new LEAF models can recharge from 10 to 80% in 35 minutes on a DCFC. 240V charge times remain “TBD.”
The new models also have “Plug & Charge” capabilities.
Moving inward, the 2026 LEAF looks like an entirely new vehicle designed for the modern driver. The two higher-end trims come with dual 14.3-inch dash displays with Google built-in. The two lower trims have dual 12.3 inch displays and all support Apple CarPlay and Android Auto.
Nissan also shared that the cabin has an upgradable dimming panoramic roof—a first for its segment, according to the automaker. The crossover’s cargo area is 55.5 cubic feet behind the second-row seats when they’re folded (20 cubic feet when they’re upright).
Additionally, the new LEAF’s PLATINUM+ trim has 64-color ambient lighting that can be customized to set any mood in the cabin.
One key element we are missing from Nissan is the pricing of these new LEAF models. Those details should come sometime toward the end of summer, as the automaker has said the 2026 LEAF models should hit Nissan dealerships this fall.
While we await more details, be sure to check out Nissan’s b-roll footage of the new 2026 LEAF inside and out below:
Source: Nissan
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Suzuki revealed prices for its first EV, a twin to the upcoming Toyota Urban Cruiser. The e Vitarra will go on sale next month in an increasingly crowded market. Can it keep up with the Kia EV3 and other popular electric SUVs?
Suzuki announces prices for its first EV, built with Toyota
Ahead of sales, which are set to begin next month, Suzuki announced e Vitara prices this week, its first EV that will also serve as a twin to Toyota’s upcoming electric SUV.
The e Vitara will start at £29,999 ($40,500) with prices ranging up to £37,799 ($51,000) for the flagship “Ultra ALLGRIP-e 4WD” trim.
Sukuki’s first EV is available with two battery options: 49 kWh or 61 kWh, providing WLTP range of 346 km (215 miles) and 428 km (266 miles), respectively.
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Buyers can choose from “Motion” or “Ultra” grades, with single (2WD) and dual-motor (4WD) options. Suzuki developed the new four-wheel drive (4WD) ALLGRIP-e system specifically for the e Vitarra and is one of the few auto brands to offer an electric SUV with 4×4.
Suzuki’s first EV, the e Vitara electric SUV (Source: Suzuki)
The e Vitara sits on a new dedicated “HEARTECT-e” EV platform, which houses the eAxle and lithium iron phosphate (LFP) batteries.
As part of a deepening alliance, Toyota will use Suzuki’s EV powertrain for its upcoming electric SUV, the Urban Cruiser (shown below in white). Toyota will launch the Urban Cruiser in the next few months, which will essentially be a rebadged e-Vitara.
The e Vitara measures 4,275 mm in length, 1,800 mm in width, and 1,635 mm in height, with a wheelbase of 2,700 mm. That’s about the size of Kia’s new EV3 at 4,300 mm in length, 1,850 mm in width, and 1,560 mm in height, with a wheelbase of 2,680 mm.
In the first quarter, the Kia EV3 was the best-selling retail EV and the fourth best-selling electric vehicle (including commercial EVs) in the UK.
The interior of Suzuki’s first EV, the e Vitara (Source: Suzuki)
The EV3 starts at £33,005 ($42,500) in the UK. IT’s also available with two battery options: 58.3 kWh or 81.48 kWh. The former is good for a WLTP range of 430 km (270 miles), while the latter provides a range of 599 km (375 miles), respectively
Suzuki e Vitara trim
OTR Pricing
49kWh Motion 2WD
£29,999
61kWh Motion 2WD
£32,999
61kWh Ultra 2WD
£35,799
61kWh Motion ALLGRIP-e 4WD
£34,999
61kWh Ultra ALLGRIP-e 4WD
£37,799
Suzuki announces prices for its first EV, the e Vitara
Suzuki is offering a few discounts for early buyers, including 0% PCP for two years with a 20% deposit. With a deposit of £8,436 ($11,500), monthly payments for the 61 kWh Motion 2WD model would be £379 ($513).
If you order before September 30, Suzuki will give you a free Ohme home charger, plus 10,000 miles in home charging credit.
Can Suzuki’s new e Vitara keep pace with the Kia EV3 and other popular electric SUVs like the Hyundai Inster? Let us know your thoughts in the comments below.
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Tesla (TSLA) is currently sitting on so much inventory in the US that it has to take over parking lots outside of its exciting delivery centers to act as “overflow lots.”
Over the last few weeks, there have been increased reports of Tesla vehicles spotted in parking lots not directly linked to Tesla retail, delivery, or service locations.
In Chesterfield near St. Louis, Missouri, Tesla has rented the parking lot of a partly demolished mall where it is parking hundreds of unsold cars, which its delivery location three miles away can’t hold.
This is what is known as an “overflow” lot to handle rising inventory levels. Tesla has been using a lot more of these this year amid demand problems.
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There was another Tesla overflow lot spotted in Farmington Hills, Michigan earlier this month that has been controversial. The lot was reportedly not coded for vehicle storage, and the city notified Tesla:
About 100 Cybertrucks were spotted in the Farmington Hills lot.
Similar Tesla overflow lots were also spotted in Nevada, Florida, and Ohio in recent months.
Tesla’s inventory in the United States can be difficult to track. Some sites track Tesla listings, but the automaker can sometimes post a single listing for multiple vehicles with the same configuration.
Nonetheless, the latest data points to Tesla inventory increasing over the last week, with a surge of Model 3 listings:
Tesla’s overall inventory is higher than it was at the same time last quarter.
Cybertruck inventory has decreased slightly as Tesla has reduced production, but the automaker is still holding over 3,000 unsold Cybertrucks.
Electrek’s Take
Tesla is now offering record-low lease prices and subsidized financing to move its vehicles in the US, and yet, it still has higher inventory this quarter than it did the last, with only two weeks left in the quarter.
This is a problem for Tesla because the US is its last market where things are not completely terrible.
Sales in Canada are now gone. Almost completely. Europe is down roughly 40% even with the new Model Y.
In China, Tesla is currently down approximately 3,000 units compared to Q1, despite having ramped up Model Y production, made all variants available, and offered 0% financing.
At this point, it looks like Tesla is going to deliver between 350,000 and 360,000 vehicles in Q2, despite the Wall Street analyst consensus still being at 410,000 vehicles.
That would be down a whopping 80,000 units compared to the same period last year, and this time, Tesla has no Model Y changeover to blame things on. All that amid surging EV sales globally.
Maybe Tesla shareholders start to wake up and realize that there’s a problem that needs fixing, but I wouldn’t bet on it.
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