GM CEO Mary Barra was recently asked about profitability targets for the company’s electric vehicle line and said that it’s on track for EV profitability in 2025.
But, frankly, the whole conversation about EV profitability and cost parity doesn’t make a lot of sense, and here’s why.
Barra is at the Aspen Ideas Festival this week, and conversations have predictably included lots of talk about electric vehicles. She sat down with Andrew Ross Sorkin from CNBC for an interview about the company’s EV transition, and the question of EV profitability came up, as it often does.
Barra gave the kind of answer we’ve heard before – EV profitability isn’t here but is coming soon, and affordable vehicles are going to be the hardest ones to make profitably.
Sorkin: You’ve also talked about the challenges of producing cheaper vehicles, so $30,000 to $40,000 vehicles, and doing that profitably, that’s gonna take ’til when now?
Barra: Well a lot of the vehicles that we’re putting out now as we get to scale, because we’ve brought battery manufacturing inside, we have plans and we’ve said – I don’t talk about individual product line profitability – but we’re on track for 2025 to be in that low mid single digits, and that’s before IRA, and then we’ve said later in the decade we’re gonna be at parity with ICE. So a lot of it is going to rely on continuing to improve battery chemistry and getting cost of out of the battery, ’cause that’s where the cost opportunity is.
Sorkin: Is the idea that there will be vehicles that you will sell, effectively unprofitably, to “seed the market,” if you will?
Barra: I would say we’re going to where we know the consumer has to be to get to the volume, and we’re gonna drive to profitability as quickly as possible, and then when you put things like IRA on top of it, along with the software services, I think we’re gonna see profitability even in those affordable vehicles more quickly than anyone’s expecting.
The most crucial statement here is that Barra reiterated that the company’s EVs will be profitable in 2025, and she specified here that this is without accounting for Inflation Reduction Act tax credits. IRA includes significant credits both for consumers and manufacturers.
Barra’s comments didn’t split out individual product lines, so perhaps she was talking about overall profitability across all of GM’s EV projects. This is necessarily going to be low at the moment because GM is currently spending a lot of money building manufacturing for its Ultium platform, which hasn’t produced many EVs yet. Product lines usually don’t become profitable until they’ve been manufactured for a while, as companies recoup initial investments and get costs down over time.
But what about the Bolt EV? It’s been in production for a long time now – to the point that it’s about to be discontinued. Has GM really not made any money on any of the units it has sold? Could it have done so if it had produced the car in higher volume or hadn’t dealt with an extended recall (which LG ended up paying for anyway)?
But this whole conversation is strange and has been for a long time for several reasons.
A short history of “cost parity” in EVs
There is a long history of car companies saying they can’t produce EVs profitably. One of the earliest was Fiat’s late CEO Sergio Marchionne, who famously told customers not to buy his company’s Fiat 500e because Fiat supposedly lost $14k per unit (among a lot of other bonkers EV-related comments).
Currently, most manufacturers will tell you that they are not making a direct profit on their electric vehicle lines. The most notable exception is Tesla, a company that’s focused entirely on making electric cars and, at times, has had higher margins than anyone in the overall auto industry. Those margins have now dropped as Tesla has dropped prices, starting a price war that is threatening other automakers due to Tesla’s significant apparent cost advantage.
So it is definitely strange to have every company saying that EVs are less profitable, except for the one most profitable company. That company also happens to be the one that has taken EVs the most seriously and for the longest period of time.
And, importantly, Tesla is one of few companies that doesn’t have an interest in making the public think that EVs are inferior in some way or otherwise pushing back the timeline for EV adoption. Because Tesla’s current product mix isn’t heavily fossil-based like the rest of the industry is.
But lest we think Tesla is the only exception that proves the rule, it’s not the only company that has generated a profit on EVs. The unassuming Nissan Leaf, which is currently and has historically been one of the lowest-price EVs (and lowest-price vehicles period – after state & federal credits, many buyers can get one for under 20k), started making a profit in 2014. At the time, more Leafs had been sold than any other EV worldwide, which remained the case until the Model 3 eclipsed it in 2020.
So we know that EVs can produce profit – even a lot of profit – and we know that this has been the case for a long time, even for low-cost EVs.
What does this mean for consumers?
The question Barra answered assumed that cost parity would be hard to meet, particularly in “cheaper vehicles” in the $30-40k range.
But for consumers, the cheapest vehicles have already reached price parity in many cases.
Currently, and for the better part of a year, the Chevy Bolt has been a screaming deal with its $26k base price. Then you can apply the $7,500 federal tax credit and potentially state and regional credits or other various discounts, bringing it down to a price competitive with the cheapest new vehicles in America.
And that’s not just some bare-bones get-you-there car like the universally-panned Mitsubishi Mirage, but a vehicle good enough to earn Electrek’s Vehicle of the Year award despite being at the end of its lifecycle. So you’re not just getting a low-price car, but a good car – meaning the quality-for-price metric is through the roof.
While the Bolt is being discontinued, the Leaf is still around, is still cheap, and is also a good car. The package is a little worse on value than the current Bolt is, but there will still be a solid EV in the $20k range post-credit, which is about as low as you can expect new gas cars to go.
And throughout all of this, we’ve only talked about the purchase price. Running costs, both fuel and maintenance, tend to be cheaper on EVs and, as such, make the total cost parity calculation even more beneficial.
And this all has been the case for some time as well. There’s been no shortage of great EV lease deals in the past, with periods where EVs could be leased at $100-200 a month with little to nothing down (after taking into account state rebates). Admittedly, many of those have dried up recently due to excessively high EV demand.
So it doesn’t make a lot of sense to say that EVs can’t reach price parity for consumers until some time in the future because it’s clear that they’re already there, even in low-price segments.
How this conversation damages EV adoption
But really, is this even a productive conversation to be having?
The constant discussion of EV profitability and “cost parity” tends to migrate out of the purely financial press and make its way into consumer circles. And through the stock market, retirement plans, and so on, some consumers are concerned about a company’s ability to make a car profitably and don’t want that company to make cars with less profit, even if that could mean lower costs for them as a consumer.
So by stating that EVs are unprofitable, companies throw cold water on the idea of EVs and make everyone feel like the “proper time” to “switch” to EVs is some time in the future rather than now. These companies that are so heavily invested in the status quo want consumers to keep buying the models they offer – which are majority-ICE for nearly every automaker out there.
The conversation itself is harmful to EV adoption, at least in the way it is commonly presented – that this timeline is coming “in the future” rather than now (that said, Barra did say that this would come “sooner than anyone’s expecting,” which is a nice improvement in messaging).
The fact is: it doesn’t matter that much if an individual car, line, or effort is profitable, depending on how it fits into the company’s strategy. And companies know this because they keep making these EVs even though they claim they’re not profitable.
Why would companies do “unprofitable” things?
Companies exist to make a profit above all. But in the course of their existence, this doesn’t mean that every decision a company makes must drive a profit immediately.
Lower-cost vehicles, regardless of powertrain, tend to have lower profit margins. These are made up for by high volume and the expectation that the company may build brand loyalty amongst customers who, as they proceed in life, may end up in a position to purchase higher-priced, higher-margin vehicles.
And as mentioned in the Barra interview, everyone sees that the market is turning towards EVs, and companies are trying to establish a presence in the EV market, which is growing rapidly while gas car sales plateau. This means that companies may consider current EVs a “loss leader” to attempt to establish market share, especially if upfront investments in future capacity – growth of the company’s EV line – are accounted for as “losses” in the present due to the high upfront costs required.
Additionally, government requirements around the world are getting stricter in terms of required EV share. Companies simply have to sell a certain amount of EVs, so it doesn’t matter if they make a profit on any individual vehicle because if they don’t do it, they will be punished. The cost of that punishment (or the cost of credit-trading schemes) is greater than whatever they claim they’re losing on EVs.
This is why, for example, Fiat still sold the 500e in 2014 despite claiming it lost money – because selling the car meant it could continue selling in California, which made Fiat more profit than not doing so.
Companies and governments have different goals
One could call this “picking winners and losers,” but that is, again, a narrow view of the situation. Companies and governments (should) have different goals. Companies are in it for profit, but governments ought to be in it to enhance the public good. And these goals can be in opposition to one another.
To a company, the costs are whatever dollars it has to spend on materials, labor, distribution, etc. But other costs are ignored by a company, and instead absorbed by the rest of society. There is a long history of doing business by externalizing costs and privatizing profits – see the parable of the tragedy of the commons.
With cars, this means exhaust pollution, which is the largest contributor to smog that harms human health. The air is a common resource that all of us need, and the pollution put into that air by automotive and oil company products is responsible for enormous health and environmental costs (e.g., wildfires due to climate change, which are currently devastating much of North America, causing lung problems and property damage). Those costs are largely not borne by the polluters that are largely responsible for them, but instead borne by all of us on the back end.
Until they do, any discussion of “cost parity” is incomplete. If each EV saves $10,000 for society in health costs alone, then it is in the public interest to have more of them and fewer of the vehicles that are choking us. And if we spend all our time focusing on the cost of EV subsidies and not the much higher costs of fossil fuel subsidies, then we aren’t truly calculating which of these technologies has higher actual costs.
For these reasons, I believe we need to retire (or at least reframe) the whole conversation about “cost parity” for EVs. Consumers can already see parity in low-cost EVs and quality-for-price across various price ranges. Companies can already see it, assuming they’re taking their EV lines seriously and not just trying to throw cold water on the whole idea of EVs in the first place. And society can already see it, given that EVs are already making the air cleaner, resulting in lower societal costs that will compound in the future.
So why do we keep talking about some incredibly narrow definition of cost parity and perpetually say that it’s coming sometime in the future when, by so many meaningful metrics, we’re already here, and everybody in the industry already knows why they have to make EVs anyway? It just doesn’t make any sense.
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But it looks like the design refresh is still a transitional in Tesla’s production as the automaker is still taking orders for the previous version:
For the launch in North America and Europe, Tesla has only added a new “trim” on the Model Y online configurator for a ‘Launch Series New Model Y’, which is the version unveiled in China earlier this month.
But in China, only this new version has been available for sale since the last two weeks.
Tesla estimates that the new version will have 320 miles of EPA range. Compared to 311 miles for the previous Model Y Long Range AWD, the only version of the new Model Y Launch Series available.
Here are all the other changes with the new Model Y compared to the previous version:
Feature
Model Y
New Model Y
Starting Price After Est. Savings
$31,490 Available Now
$46,490 Available Starting March
Trims
Long Range RWD Long Range AWD Performance AWD
Launch Series Long Range AWD
Range
277-337 miles (EPA est.)
303-320 miles (est.)
Seating
First row: power recline and heated Second row: manual fold and heated
First row: power recline, heated and ventilated Second row: power two-way folding and heated
8 exterior cameras (includes a new front-facing camera)
Audio
Long Range RWD: 7 speakers Long Range AWD: 13 speakers, 1 subwoofer Performance AWD: 13 speakers, 1 subwoofer
Launch Series Long Range AWD: 15 speakers, 1 subwoofer
Connectivity
First-generation hardware
Second-generation hardware
Trunk
Power open
Hands-free power open on approach
Interior
Footwell and door pocket ambient lighting Wooden detailing with black interior
Footwell and door pocket ambient lighting Wrap-around ambient lighting Aluminum detailing and premium textiles
Climate
Tinted and laminated safety glass Power-actuated first-row air vents Manual second-row air vents
Tinted and laminated safety glass with metallic infrared reflective coating Power-actuated first- and second-row air vents
For the Launch Series, Tesla is pricing the new Model Y Long Range AWD at $59,999 USD. That’s $12,000 more than the previous Model Y Long Range AWD, which is still available to order.
Specifically for the Launch Series, buyers get a bunch of special badging around the car:
But they also get things called “Premium Textil Trim” and “Vegan Suede for Black Interior”:
Currently, Tesla is only offering the new Model Y in Stealth Grey, Pearl White Multi-Coat, Ultra Red, and Quicksilver, but they are all included in the Launch Series price.
Tesla is talking about the first deliveries of this new version of the Model Y coming in March in North America.
Electrek’s Take
This came sooner than expected, as most expected the launch to be closer to March based on how Tesla launched the Model 3 refresh last year.
But this is also different since Tesla continues to take orders for the previous version.
Tesla was likely worried about the Osborne effect and this strategy of starting with this more expensive version of the Model Y, the Launch Series, is going to help sales of the much cheaper previous version.
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Rivian (RIVN) plans to launch a new Advanced Driver Assistance System (ADAS) this year to enable hands-free driving. The new feature is expected to be similar to Tesla’s Full-Self Driving (FSD). In 2026, Rivian will up the ante with an “eyes-free” system.
Rivian plans hands-free driving in 2025, eyes-free in 2026
At the new Rivian Space opening in San Francisco on Thursday, CEO RJ Scaringe revealed a few exciting developments to look forward to.
According to the folks at RivianForums, Scaringe said during the event that the company plans to launch a hands-free ADAS feature in 2025. Next year, Rivian will follow it up with an “eyes-free” system.
The big question is, will current Rivian R1S and R1T owners gain access? It could depend on whether you drive a Gen 1 or Gen 2 model. All Rivian models built through 2024 are considered Gen 1, while models 2025 and newer are Gen 2.
Rivian introduced the second-generation R1S and R1T last summer. They were “completely reengineered” with hundreds of hardware improvements, fully redesigned software, and more.
The upgrades include its new in-house autonomy system, Rivian Autonomy Platform. It’s powered by 11 cameras, five radars, and predictive AI.
Rivian R1T (left) and R1S (right) electric vehicles (Source: Rivian)
Rivian said the new platform is “10 times more powerful” than the old system. It also features 360-degree visibility with 8X the number of camera pixels than the previous models. Gen 2 models already include features like Blind Spot Monitoring and Highway Assist.
With the premium version, drivers gain access to Lane Change, while Rivian said Enhanced Highway Assist and other features were coming soon.
Rivian R2 electric SUV (Source: Rivian)
Although all Rivian R1S and R1T EVs include OTA updates, some features may require additional hardware or software not included on Gen 1 models.
Rivian hands-free and attention-free autonomous highway driving will be available on the upcoming R2 model. The smaller electric SUV is due out in the first half of 2026, starting at around $45,000.
Electrek’s Take
As a Tesla Model 3 driver, I can tell you that Full-Self Driving (FSD) is fun and can be helpful at times. I’ve used it on longer trips, like through the Blue Ridge Mountains, and it makes driving or sitting in the car a little more enjoyable.
Although the system still requires you to pay attention, it enables the vehicle to drive itself almost anywhere with “minimal driver intervention.”
The new Actually Smart Summon feature is one of my favorites. Through the Tesla app, you can summon your vehicle to come to you in a parking lot. The vehicle will then move around other cars, people, and objects to find you.
Other functions, like Navigate on Autopilot, will take over while the vehicle is on the highway, changing lanes (with turn signals) and braking or accelerating as needed.
For Rivian owners, it would be like an upgraded system from Highway and Lane Change Assist. The “eyes-free” system coming next year will likely have a few regulatory hurdles to pass before it rolls out, so it should be interesting to see what that will consist of. Check back for more info soon. We’ll keep you updated with the latest.
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The United Arab Emirates is building the world’s largest solar and battery storage project that will dispatch clean energy 24/7.
Emirati Renewable energy company Masdar (Abu Dhabi Future Energy Company) and Emirates Water and Electricity Company (EWEC) are developing the trailblazing solar and battery storage project. Once it’s online, will become the largest combined solar and battery energy storage system (BESS) in the world.
Located in Abu Dhabi, the project will feature a 5.2 GW solar PV plant coupled with a 19 gigawatt-hour (GWh) BESS.
His Excellency Dr. Sultan Al Jaber, minister of industry and advanced technology and chairman of Masdar, said:
For decades, the biggest barrier facing renewable energy has been intermittency – to be able to source uninterrupted clean power day and night.
In collaboration with EWEC and our partners, we will develop a renewable energy facility capable of providing clean energy round the clock.
For the first time ever, this will transform renewable energy into a world-leading 1 GW of reliable baseload energy every day on an unprecedented scale – a first step that could become a giant leap for the world.
Masdar announced China’s JA Solar and Jinko Solar, two of the world’s largest solar panel suppliers, and Chinese battery and BESS giant CATL as preferred suppliers. JA Solar and Jinko Solar will supply 2.6 GW of solar panels each. India’s Larsen & Toubro and POWERCHINA have been selected as preferred engineering, procurement, and construction contractors.
Masdar says the project will create 10,000 jobs and doesn’t yet indicate a projected completion date.
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