Kia has announced US pricing for the refreshed 2023 Kia Niro EV, which starts at $39,450, about $500 less than the outgoing model. The car will arrive at US dealers this month and will be available in all 50 states.
The 2023 Kia Niro EV comes in two trims – “Wind” and “Wave.” Wind is the base model, starting at $39,450, and the upgraded Wave model will cost $5k extra to start at $44,450.
Both trim levels come with the same 64.8kWh battery, but the Wave has upgraded headlights, heated mirrors, power sunroof, and some interior and exterior upgrades. It also has the coolest upgrade, Kia’s Vehicle-to-Load inverter which allows you power devices off the car’s battery.
To see a full list of the differences between the Wind and Wave trims, check out Kia’s trim comparison page.
Compared to the rest of Kia’s lineup, the Niro EV base model is $1,950 cheaper than the $41,400 EV6 base model, Kia’s newer crossover based on its dedicated E-GMP platform. The EV6’s base model comes with a smaller battery pack than the base Niro EV – 58kWh instead of 64.8 kWh – and has correspondingly lower range, 232 versus 253 miles.
Kia calls the Niro its “intelligent” EV and its EV6 the “emotional, halo” EV. Halo is a term that typically denotes more exotic, eye-catching models in an automaker’s lineup, intended to increase interest in the brand even if customers don’t buy that specific vehicle. These also tend to be the more expensive cars in the lineup, though in this case, it’s possible to buy a more expensive Niro EV than a base model EV6.
Electrek’s Take
We have to say we’re a little disappointed by this news. When we did our Kia Niro first drive in San Diego, they told us pricing for the hybrid ($26,490) and PHEV ($33,740) versions but hadn’t yet announced the EV pricing yet. We thought at the time that mid-30s would be a better price than, essentially, 40k.
To be fair, Kia was dealing with the recently-signed Inflation Reduction Act, which made them ineligible for the US Federal EV tax credit, throwing the company’s pricing for a loop, especially compared to peer vehicles like the now-US-built ID.4.
Now the 2023 Kia Niro EV price is $1,955 more than the ID.4 before credits – not to mention $13,850 (!!) more than the 2023 Chevy Bolt. And, both of those cars qualify for federal tax credits as well, adding another potential $7,500 to the difference.
Kia has already announced that it wants to start producing EVs in the United States in 2024 in order to regain tax credit eligibility, so perhaps they’ll only need to ride out the next model year or two before closing that gap.
And right now, due to enormous EV demand, price differences may not matter much at all. Every EV is selling out everywhere, and it’s difficult to find them at MSRP. So while we have to compare MSRP since that’s the only guideline we have, MSRP is somewhat meaningless right now and for the foreseeable future.
Maybe Kia is right, here, and inflated EV demand will keep EV prices above MSRP for long enough that the company’s tax credit ineligibility won’t really matter. If it takes a couple years for supply to catch up with demand (which we think it will), then Kia might just sell out of Niros at any price.
Even compared to Kia’s own lineup, I personally would rather have an EV6 built on a dedicated EV platform than the EV version of the multi-powertrain Niro, though I acknowledge that the Niro does have some benefits over the EV6. It has a taller cargo area, is a less bold statement than the EV6, and has a slightly higher range than the base EV6 (though really not enough to make a big difference, especially given the EV6’s improved fast charging capability). Some customers may prefer that “intelligent” choice over the “emotional” draw of the EV6, at least in the way Kia frames it.
What do you think about Kia’s pricing strategy? Do you think this is the right price for the Niro, particularly compared to both gas and electric competition, both from within Kia and without? Let us know in the comments.
If you’re interested in the 2023 Kia Niro EV, click here to find a local dealer and see if you can snatch one up at close to MSRP. Cars are expected to arrive at Kia dealers this month.
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Tesla is acting dumb in a court case related to a fatal crash, and a judge is having none of it. The automaker is being sanctioned for ‘willful’ and ‘deliberate’ discovery violations.
The civil wrongful death lawsuit was filed by the families of Nicholas Garcia and his 19-year-old passenger, Jazmin Alcala, who died when Garcia’s 2021 Tesla Model 3 crashed after hitting a hump in the road while speeding through an intersection on September 13th, 2021.
The lawsuit alleged that the crash was caused or aggravated by a Tesla defect and/or improper repair, as Garcia had brought the vehicle to Tesla for service due to steering and suspension issues just days prior to the fatal accident.
The case has been in litigation for 3 years, but it is stalling due to issues arising during discovery. Plaintiffs have complained that Tesla is lying and purposely misleading to avoid sharing data and documents that the court compelled Tesla to supply.
Now, a Florida judge has officially sanctioned Tesla, finding the automaker “acted willfully or with contumacious and deliberate disregard” for two separate court orders in the wrongful death lawsuit.
The blistering 9-page order, filed by Judge Michael A. Robinson on October 24, 2025, grants the plaintiffs’ first motion for sanctions and details a stunning pattern of misrepresentation and obstruction by Tesla’s legal team.
The judge granted the plaintiffs’ motion and ordered Tesla to pay all of the plaintiffs’ “reasonable attorney fees and costs” related to the misconduct, including fees for experts to review the documents Tesla dumped on them at the last minute.
Here are the judge’s most damning findings:
The judge found Tesla directly violated a November 6, 2023, court order compelling it to produce documents related to “real-world driving situations,” including driving over “speed bumps” and “uneven surfaces”.
Tesla’s “False Claim”: At that 2023 hearing, Tesla’s counsel represented to the court that it had “already produced all documents responsive”. Tesla then produced “no additional testing documents… over the course of the next year”. The judge found this was “falsely or inexplicably” untrue.
The “Sine Wave Test”: The judge found Tesla’s conduct “particularly troublesome” because it withheld documents for a “Sine Wave Test,” which he noted was “substantially similar to the crest in the roadway that was involved in the subject incident”.
The “Not Credible” TIR Story: The court found that Tesla’s testing protocols required the creation of “Test Incident Reports” (“TIRs”), photos, and videos. Yet, on June 12, 2025, Tesla’s counsel responded in writing that Tesla “did not locate any TIRs”.
The judge was ruthless in his words regarding the TIR situation:
“The Court finds Tesla’s claim that it did not locate any TIRs, is not credible and appears to have been a willful and/or intentional misrepresentation.”
It’s not the first time Tesla has been accused of misrepresentation when releasing documents related to crash data. Earlier this year, plaintiffs in another wrongful death lawsuit related to a crash on Autopilot made similar complaints – the Benavides case. They ended up winning the lawsuit in trial with a $243 million verdict against Tesla.
Back to this case, the court found that “Tesla was in fact in possession of thousands of pages of TIRs”, and its own witness, Adam White, later testified they “can be easily located… by simply clicking on the hyperlinks.”
Eventually, Tesla did provide documents, but the judge ruled that the automaker’s legal team had produced about 123,000 pages of “virtually useless” documents just four days before the sanctions hearing in July.
The judge wrote in the sanction judgment:
“The Court further finds that Tesla has intentionally stripped all metadata and file names from the 123,000 plus pages… making them virtually useless to the Plaintiffs… The Court finds these acts were intended to make the review and use of these materials more difficult, time consuming and expensive for the Plaintiffs.”
The judge also had issues with Tesla’s witnesses. The automaker appears to have only made available witnesses who weren’t equipped to answer questions.
For example, Tesla produced Mr. Daniel Wood, who himself admitted that the engineer “personally responsible for the stability control” would be better suited to answer the question.
The judge found: “No such engineer was ever designated… and this Court finds this is a direct violation of its September 20, 2023 order.”
For now, Judge Robinson is only ordering Tesla to pay fees for its violations of the court orders, but it issued a strong warning to the company:
“Finally, continued violations of Court orders… may cause the Court to impose critical and severe sanctions against the offending party, including… striking pleadings or defenses.
The next hearing in the case is set for November 13th.
Electrek’s Take
There’s now a clear pattern of Tesla using questionable tactics to withhold critical information in court cases.
In this case, it’s now clear it won’t work, as the judge is having none of it. This might push Tesla to settle, as it clearly doesn’t want to release details of its test incident reports, which include what detailed findings in specific incident cases.
The Benavides case changed everything.
People are starting to catch up to Tesla’s dirty tricks, and they know exactly the data that the automaker collects. It’s only fair that both sides have access to that data in those legal battles.
This new case in Florida referenced the Benavides case regarding Tesla playing dumb in the discovery process. It’s going to be harder and harder for Tesla to do that.
It does look like Tesla’s position is becoming weaker with each legal case, and as we previously reported, the floodgates are open now, and the lawsuits are piling up.
We know of at least three more lawsuits against Tesla set for trial by the end of the year, if they don’t settle before then.
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Samsung SDI is teaming up with BMW and US-based Solid Power (NASDAQ: SLDP) to commercialize all-solid-state EV batteries.
Samsung and BMW will launch all-solid-state EV batteries
BMW and Solid Power have been working together to develop the next-gen battery tech since 2022. Now, Korea’s Samsung SDI is joining the efforts in what’s expected to be a trilateral powerhouse.
Under the new agreement signed this week, Samsung will supply all-solid-state battery cells. Samsung will use Solid Power’s Sulfide-Based Solid Electrolyte solution, while BMW will develop the battery pack and modules.
The strategic alliance aims to take the lead in commercializing all-solid-state batteries (ASSBs). Together, they’ve created a real-world system for producing ASSB cells, pooling their expertise in batteries, automaking, and materials to bring it closer to mass production.
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Solid Power’s electrolyte solution is designed for stability and maximum conductivity. By teaming up with BMW and Samsung SDI, the company said it aims to bring all-solid-state batteries closer to widespread adoption.
An all-solid-state EV battery mock-up on display at InterBattery 2024 (Source: Samsung SDI)
Samsung SDI has been ramping up efforts to bring next-gen battery technology to market. In March 2023, it opened a first-of-its-kind pilot line in South Korea and began producing prototypes by the end of the year. Samsung has already sent samples to several customers.
BMW i7 equipped with all-solid-state EV battery cells from Solid Power (Source: BMW Group)
In May, BMW completed its first on-road tests using Solid Power’s all-solid-state battery cells in a modified i7. The German automaker expects to launch all-solid-state EV batteries in production vehicles around 2030.
Electrek’s Take
ASSBs are widely viewed as the “holy grail” of EV battery tech, promising to double driving range, halve charging times, and reduce costs.
Two of the biggest hurdles in commercializing ASSBs have been: A) developing a material that is stable, safe, and still conductive, and B) the higher costs to mass produce them. By pooling resources, BMW, Samsung SDI, and Solid Power have a real shot at actually making it a possibility.
Many others are betting on solid-state batteries as a potential game-changer. Mercedes-Benz and Volkswagen are also testing ASSBs.
Keiji Kaita, president of Toyota’s Carbon Neutral Advanced Engineering Development Center, confirmed this week at the Tokyo Motor Show that the company aims to introduce its first solid-state battery-powered EV by 2028.
Toyota said it looks to “achieve the world’s first practical use of all-solid-state batteries in BEVs” after announcing a collaboration with Sumitomo Metal Mining Co. to mass-produce the new battery tech.
Nissan recently entered into a partnership with LiCAP Technologies to commercialize ASSBs using LiCAP’s patented Activated Dry Electrode process.
China’s CATL and BYD are also planning to introduce the next-gen batteries around 2027, with mass production closer toward the end of the decade.
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Darren Woods, chairman and chief executive officer Exxon Mobil Corp., speaks during a panel discussion at the inaugural Pennsylvania Energy and Innovation Summit at Carnegie Mellon University in Pittsburgh, Pennsylvania, US, on July 15, 2025.
Brian Kaiser | Bloomberg | Getty Images
Exxon Mobil is holding advanced talks with power providers and technology companies to cut the emissions of AI data centers that rely on natural gas by deploying carbon capture technology, CEO Darren Woods said on Friday.
“I’m hopeful that many of these hyperscalers are sincere when they talk about the desire to have low emission facilities, because certainly in the near to medium term we’re probably the only realistic game in town to accomplish that,” Woods said on Exxon’s earnings call.
Hyperscalers refers to companies such as Alphabet, Amazon, Meta and Microsoft that are building large data centers to train and run AI applications.
Exxon aims to capture 90% of the carbon dioxide emissions emitted by natural gas plants that power data centers, Woods said. The oil major is talking with power companies to decarbonize their plants, he said.
“We’re pretty advanced in the conversations,” the CEO said.
The tech sector has mostly secured renewable energy to offset the emissions from their data centers, though they are now making major investments in nuclear power as well.
Some companies are turning to natural gas as well as they search for reliable power. Meta, for example, signed an agreement with the utility Entergy in Louisiana to power a data center campus with natural gas.
“We secured locations. We’ve got the existing infrastructure, certainly have the know-how in terms of the technology of capturing, transporting, and storing [carbon dioxide],” Woods said.