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Polestar has announced that it will create two large trial virtual power plants in California and Gothenburg, Sweden, to examine how Polestar 3’s vehicle-to-grid capability could be leveraged to help stabilize grids and earn money for EV owners while their vehicle is parked.

We’re at Polestar Day in Santa Monica today, where the company is showcasing its future plans to media, investors and owners. For more news from the day, check out our Polestar Day News Hub.

Vehicle to grid, or V2G, is a concept in EVs that allows a vehicle to not only consume energy from the electrical grid, but also to discharge its batteries back into the grid to provide energy when needed.

This is all well and good on a single vehicle basis, but when you combine several vehicles across a large fleet, it has the potential to help stabilize grids by acting as large scale, immediately-dispatchable distributed energy storage.

These collections of distributed batteries have been referred to as “virtual power plants,” and they allow home batteries to take the place of “peaker” electricity plants, which typically run on fossil gas and are highly expensive and polluting. Tesla has launched several of these in various territories, including one in Puerto Rico that could become the world’s largest, and one that just recently got rolled out in San Diego.

But Tesla’s virtual power plants only combine stationary Powerwalls together, which each have a total energy capacity of 13.5kWh. Meanwhile, electric cars typically have much larger batteries than this, and could thus provide a lot more power to the grid, but Teslas don’t have bidirectional charging (and they’re being kinda noncommittal about it).

Enter, then, the Polestar 3. Polestar’s upcoming Polestar 3 SUV will have all the necessary hardware for V2G on release, along with a massive 111kWh battery, the same capacity as more than 8 Powerwalls. And Polestar is now examining how it can use those vehicles to serve as a virtual power plant.

Today at Polestar Day in Santa Monica, Polestar announced that it will run two pilot virtual power plant programs, one in Gothenburg, Sweden, where the company is headquartered, and one in California.

It is partnering with local grid operators in Gothenburg and with the California Energy Commission to study V2G use in the two areas, and try to create plans that can be used across regions. Both studies are being funded by Vinnova, a Swedish government agency that funds R&D projects.

These projects will link all participating Polestar 3 vehicles into a central system that calculates the total battery capacity available and will discharge it to the grid based on demand, but also taking into account battery longevity on the vehicles.

Not only does a system like this help the grid, but it can also help owners make money. When “demand response” events happen and virtual power plants are called on, it’s often when electricity is the most expensive, and therefore, the most profitable to sell back to the grid.

Vehicle-to-grid has the potential to not only benefit individual customers, but whole communities. The average car is parked 90% of the time. With the bi-directional charging capabilities of Polestar 3 and the Polestar VPP, we can explore business models and community solutions that can unlock the true potential of V2G and enable owners to support the energy transition when they don’t need their car for driving.

Thomas Ingenlath, Polestar CEO

For example, in the most recent heat wave in California, wholesale electricity prices got up to around $2,000/MWh, because grid operators were desperate to buy electricity at any price in order to keep the lights on. If that number doesn’t mean anything to you, the current spot price of electricity while I’m writing this article is $56/MWh. So grid operators were paying almost 40 times as much for electricity during that event as they are on a normal November night.

At $2,000/MWh, you could theoretically make over $200 by discharging an entire Polestar 3 battery into the grid. Compare that to the normal cost of charging up, which is somewhere in the $20-$30 range overnight in California, and you can see how this could be a profitable venture.

Powerwall owners have already seen the effects of this, with owners making up to $500 over the course of the first year of Tesla’s virtual power plant in California.

V2G technologies turn EVs into virtual power plants, making homes and the grid more resilient while putting money into the pockets of drivers. The CEC is excited to have Polestar partner with innovators in California to advance their V2G plans

Commissioner Patty Monahan, California Energy Commission

But with vehicles, there are other considerations. Since vehicles are typically used to get places, rather than used specifically for home energy storage like home batteries are, this means that the needs of the grid and the desire for profit must be balanced with… using the vehicle for its intended purpose.

Further, V2G requires additional hardware off the vehicle, allowing homes to feed energy back into the grid, which is not generally the direction that electricity goes in. This is why it has mostly been trialed in fleets (as Nissan and Fermata have done with the Leaf), and in home battery/solar installations where homeowners are installing grid interconnects anyway.

Because of these two barriers, V2G has been more of a dream than a reality for many years, talked about as a theoretical future technology by the EV faithful but without many tangible applications of it in real life.

So Polestar’s trial will see how practical it is for vehicles to be used for this purpose. Since vehicles are parked most of the time, they can be connected and ready for use by the grid. But Polestar will have to see how owner behavior can contribute to this, and how much juice they’ll be able to pull from each vehicle before owners decide they need that range to pick up the kids from soccer practice.

For this last point, Polestar has the benefit of having control over its vehicle software, such that an app could be designed where users can set their own parameters for when and how much they want their vehicle to be discharged during demand response events. Then the system can automatically call on any plugged-in vehicles through the internet and draw whatever owners want to contribute to the cause.

All of this said – while the Polestar 3 does include hardware for V2G, that doesn’t mean the software is included right out of the gate. Polestar says that a software update to enable bidirectional charging will come later, after this study finds the best solutions for consumer adoption and a business model that works for the system. So you’ll have to stay tuned for the results of the trial before you start using your Polestar to save the grid.

The trial begins in the first half of 2024 in Gothenburg, and will run for two years, and Polestar aims for it to be one of the largest V2G pilots in Europe. As for California’s pilot, a “pre-study” will begin in December, and run until October of next year, to decide on a roadmap of how to implement V2G in California.

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Tesla’s top battery supplier says Elon doesn’t know how to make battery cells

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Tesla's top battery supplier says Elon doesn't know how to make battery cells

Tesla’s top battery cell supplier, CATL, is throwing some cold water on Tesla’s battery plans and the CEO even said that Elon Musk “doesn’t know how to make battery cells.”

Contemporary Amperex Technology Co., Limited (CATL) had an incredible rise and became the world’s largest producer of battery cells for electric vehicles in the last few years – and by a significant margin.

It even supplies Tesla with many battery cells for its EV production at Gigafactory Shanghai.

CATL’s success has made Robin Zeng, its founder and chairman, one of the foremost authorities on battery cell production, which makes his new comments on Tesla’s battery cell production effort interesting.

Tesla buys most of its batttery cells from suppliers, inlcuding CATL and Panasonic, but it has also launched its own effort to produce its own cylindical 4680 battery cells, which are currently only used in the Cybertruck.

The company has had issues ramping up production of its own battery cells, but it reported making progress lately – going as far as claiming that its own cell will achieve better cost than anyone in the industry by the end of the year.

But CATL is not impressed.

Zeng spoke to Reuters recently and reported that he had a discussion with Musk earlier this year when he visited China. The CATL founder warned Musk that he thinks Tesla’s 4680 effort will fail:

Zeng said he had told Musk directly that his bet on a cylindrical battery, known as the 4680, “is going to fail and never be successful.”

The CATL founder, who has a PhD in physics, was also unimpressed with Musk’s electrochemistry knowledge when debating Tesla’s 4680 batteyr cell effort:

“We had a very big debate, and I showed him,” Zeng said. “He was silent. He doesn’t know how to make a battery. It’s about electrochemistry. He’s good for the chips, the software, the hardware, the mechanical things.”

In this interview, Zeng was very candid about his chat with Musk. He even touched on Musk’s notirous issues with timelines.

He commented:

“His problem is overpromising. I talked to him,” Zeng said. “Maybe something needs five years. But he says two years. I definitely asked him why. He told me he wanted to push people.”

This has been the excuse that many Musk fans have been using to justify his missed timelines: he is trying to motivate his troups.

Electrek’s Take

I am surprised that the head of a supplier would talk about the CEO of one of his main customers like that.

Obviously, he is biased since Tesla’s battery effort could cut into his business, but at the same time, Tesla has always made it clear that they would always need to keep buying from battery suppliers.

I think what is most interesting here is that CATL’s expertise is in LFP cells and we know that Tesla is looking to make its own LFP cells at one point. That might be what Zeng is talking about here.

With that said, Tesla did claim that it is on the verge of accomplishing its cost target with the 4680 cell. It might be true, but I have issues believing some of the things Tesla claims these days.

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Kia is slowing EV9 output in the US despite a hot sales start: Here’s why

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Kia is slowing EV9 output in the US despite a hot sales start: Here's why

Kia is hitting the brakes on production of its first three-row electric SUV in the US. Despite the EV9’s successful debut, new concerns about the EV tax credit are reportedly causing Kia to scale back — at least for now.

After another record-breaking US sales month in October, Kia said the impressive growth is driven by “strong demand” for its electrified lineup.

Kia sold over 69,900 vehicles last month, up 16% from the previous record in October 2023. Electric vehicles (EVs) led the growth, with sales surging 70% year over year (YOY). Plug-in hybrid (PHEV) and hybrid (HEV) sales were up 65% and 49%, respectively.

One of the biggest factors behind Kia’s growing sales numbers is the addition of its first three-row electric SUV, the EV9.

After delivering the first models last December, Kia has already sold nearly 18,000 EV9s in the US through October. That’s even more than its first dedicated electric vehicle, the EV6, with around 17,700 models sold through the first ten months of 2024.

Despite the early success, Kia reportedly plans to slow output due to new concerns over the federal EV tax credit.

Kia-EV9-output-US
2024 Kia EV9 GT-Line (Source: Kia)

Kia slowing EV9 output in the US over EV tax credit rules

According to The Korea Herald, Hyundai Motor Group is slowing Kia EV9 output at its new $7.6 billion EV manufacturing plant in Georgia.

After kicking off production at its massive new Hyundai Motor Group Metaplant America (HMGMA) just last month, EV9 output is already being put on the back burner.

Kia-EV9-output-US
2024 Kia EV9 GT-Line (Source: Kia)

Industry sources said Hyundai produced just 21 EV9s in the third quarter. Only one of those was sold in the US. Meanwhile, Kia is still selling an average of 1,800 EV9 models each month.

Most EV9 models, even those for the US, are still built at Kia’s manufacturing plant in Korea. In addition, SK On manufactures its battery cells in China.

Kia-EV9-GT-Line-interior
Kia EV9 GT-Line interior (Source: Kia)

Because of this, the three-row electric SUV only qualifies for a partial $3,750 tax credit. “The EV9 is ineligible to benefit from the full IRA benefits due to the battery issue, along with other factors, including price,” A Kia official explained.

Although EV9 prices start at around $55,000, premium trims, like the GT-Line model, cost upwards of $80,000, which exceeds the IRA threshold for SUVs and pickups ($80,000).

2025 Kia EV9 Trim Starting Price*
Light Standard Range $54,900
Light Long Range $59,900
Wind $63,900
Land $69,900
GT-Line $73,900
2025 Kia EV9 price by trim (*excluding $1,325 destination fee)

Hyundai is fast-tracking production at its battery cell plant in GA with SK On to gain compliance. The plant is expected to have a 35 GWh annual capacity, enough for over 500,000 EVs. The Korean automaker is building another battery plant with LG Energy in GA with an expected 30 GWh annual capacity.

With President-elect Trump’s transition team reportedly planning to kill the EV tax credit, things could get more complicated next year.

Kia-EV9-output-US
2024 Kia EV9 GT-Line interior (Source: Kia)

“Reducing the EV subsidy could effectively end benefits for foreign automakers with US facilities,” Kim Pil-su, a car engineering professor at Daelim University, explained. If this is the case, Kia will likely need to boost incentives.

Kia’s EV9 is already among the most discounted EVs in the US. According to Motor Intelligence, EV9 average discounts reached over $18,000 this summer.

The company is currently offering $7,500 in Customer Cash, a $1,500 offer for Tesla owners and lesseees, and an up to $1,000 Season of New Traditions Retail Cash Bonus.

With the new 2025 EV9 hitting dealerships, Kia is offering clearance prices on 2024 models. We can help you take advantage of the savings. You can use our link to view deals on 2024 and 2025 Kia EV9 models at a dealer near you.

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Tesla (TSLA) soars on Trump making easier path for Tesla’s non-existent self-driving tech

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Tesla (TSLA) soars on Trump making easier path for Tesla's non-existent self-driving tech

Tesla (TSLA) is soaring in anticipation that Trump’s administration will make an easier path for Tesla’s self-driving tech, which still doesn’t work, to be approved federally.

Currently, self-driving technology is addressed at the state level, with each state having its own regulations for approving self-driving systems on its roads.

During a conference call following Tesla’s last earnings results, CEO Elon Musk, who has been financially backing the reelection of Donald Trump and “fully endorsed” him, hinted that he could work with the new federal government to get a federal self-driving approval process going.

Now, Bloomberg reports that Trump’s transition team is discussing making it a priority:

Members of President-elect Donald Trump’s transition team have told advisers they plan to make a federal framework for fully self-driving vehicles one of the Transportation Department’s priorities, according to people familiar with the matter.

This news sent Tesla’s stock up 7%, or an increase of 470 billion in value.

That’s surprising because before now, the regulatory aspect of Tesla’s self-driving effort didn’t seem like the biggest hurdle – making the technology work still seems to be the biggest hurdle.

Tesla has been wrong about its self-driving timeline too many times to count, but the latest one is to release unsupervised self-driving in California and Texas in Q2 2025.

Ashok Elluswamy, the head of FSD at Tesla, stated that Tesla’s goal is to achieve over 600,000 miles between critical disengagement, which is based on NHTSA’s data of accidents between human-driven miles.

Tesla has not released any data about its self-driving effort, and therefore, the best data available is crowdsourced. That data currently shows about 241 miles between critical disengagement:

Tesla would need a 2,500x improvement in miles between disengagement to reach a safer-than-human level, which has been the goal before getting regulatory approval.

Electrek’s Take

That sounds like a much bigger hurdle than getting regulatory approval.

I actually agree with the Trump administration that it makes more sense to have a federal framework for approving self-driving systems than at the state level.

But I don’t see how it will help Tesla since there’s no clear path to Tesla achieving a level safer than human with their current approach any time soon.

At the current pace, the 2,500x improvement would take 10 years and we have yet to see a significant acceleration to the pace of improvement.

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