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The US has a secret weapon against Galaxy's next-gen dream battery, and Apple could benefit

Group14 Technologies is an American company based in Woodinville, Washington, specializing in advanced silicon-carbon composite anode materials.

Solid-state battery
Samsung's solid-state battery has some serious competition from one US company. | Image by ScienceDaily
Last week, I wrote an article about Samsung's solid-state plans and the upcoming mass-produced "dream" battery that could power the next Galaxy phone as early as 2027. Now it turns out the one U.S. company has an answer to Samsung's challenge. And it could potentially benefit your future iPhone.

Group14 Technologies — America's secret battery weapon



Shortly after I published the Samsung article, I was contacted by one of the board members of a company called Group14 Technologies. Gerry Langeler, who is Managing Director at OVP Partners, shared some very interesting insights with PhoneArena in an email.

Group14 Technologies is an American company based in Woodinville, Washington. It was founded back in 2015 and specializes in developing advanced silicon-carbon composite anode materials. In fact, the company is a leader in the field of silicon-carbon battery technology, and some of the successful implementation of the company's patented SCC55 anode material may surprise you.

The first silicon-carbon battery in a commercial smartphone was American



Remember how Honor boasted about the first silicon-carbon battery in a commercial smartphone back when the Honor Magic 5 Pro launched in China? Surprise, it was Group14's doing. That's a huge turnaround.

For the longest time we thought that Chinese innovation was in the heart of the next battery revolution and lamented the slow pace US companies were moving at. Now it turns out over 25 million smartphones in China use Group14's silicon-carbon tech.

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The company has many "firsts in the world," including the first AI smartphone with a silicon carbon battery (Honor Magic7 Pro), the first eVTOL to use silicon carbon batteries (Archer Midnight), the first hyper car to use silicon carbon batteries (McMurtry Spéirling Pure), and the first heavy lift drone to use silicon carbon batteries (Flying Basket), the list goes on and on and even includes AI data centers, e-bikes, and robots.

Samsung solid-state vs Group14 silicon carbon, who wins?
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Group14 silicon-carbon batteries are ready to challenge Samsung's "dream" solid-state cells



Gerry was kind enough to send my way a bunch of documents, including a visual comparison between the company's silicon-carbon batteries and the current solid-state competitors.



Remember Donut Lab and the their solid-state claim for a 400 Wh/kg battery that charges in minutes? Those claims were debunked lately, but apparently Group14 is already there in terms of energy density. Sionic, one of the company's clients, reports 400 Wh/kg energy density and cycle life "above 1000 cycles."



As you can see from the comparison graph above batteries with Group14 tech on board perform on par with most solid-state players out there. Some, like Sionic, even lead the pack.

What's worth mentioning is solid-state innovators such as QuantumScape, Factorial, and SolidPower don't have mass-produced, commercially available products yet.



On the other hand, QuantumScape and Honda R&D announced a multi-year joint research agreement back in June to develop and manufacture solid-state lithium-metal battery technology. So, we shouldn't dismiss these players just yet.

Could Apple use Group14's battery tech inside the next iPhone?



That's another very interesting question. PhoneArena has reached out to Gerry Langeler asking whether Apple or Google has shown any interest in a potential deal, but we're still waiting for an answer on that. Don't get your hopes too high, because information on such deals or even potential approaches is highly confidential, as they can sway things like stock prices and create a competitive advantage.

However, given Group14's US origin and position as a leader on the silicon-carbon battery scene, I strongly believe such talks had already happened. Earlier leaks suggested Apple could use a silicon-carbon battery in its iPhone 18 series, but it later turned out the next iPhones will most likely use conventional lithium-ion cells.

This could mean that a deal is already in place, but logistics and the manufacturing schedule might be delaying the first silicon-carbon iPhone. Apple is skipping a number and going to the iPhone 20 series to celebrate its 20th anniversary in 2027. What a better way to celebrate than to equip the series with an American silicon-carbon battery?
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