New CATL 2000 Mile Range Battery & $63/kWh Change Everything
In a groundbreaking development for electric vehicle (EV) technology, CATL has unveiled its revolutionary 2000-mile range battery, which promises to redefine the landscape of sustainable transportation. Priced at an astonishing $63 per kWh, this new lithium-air battery technology could drastically lower vehicle costs while significantly extending driving ranges beyond what we currently deem possible.
In our latest video, we delve into the impressive features of CATL’s lithium-air batteries, boasting a theoretical energy density of 12,000 Wh/kg. This leap in energy density indicates a future where 2,000-mile EVs become a reality, alleviating range anxiety for drivers and potentially changing the way we think about battery performance.
We examine critical questions about CATL’s $63/kWh LFP cells, including their longevity, efficiency, and the obstacles that lie ahead in adapting this cutting-edge technology to mainstream production. Our discussion also highlights the implications for major industry players like Tesla and what these advancements mean for the future of electric mobility.
If you’re passionate about the future of EVs, battery innovations, and cleaner transportation, this video is a must-watch. Join our community and stay updated on the latest breakthroughs in the world of electric vehicles. Don’t forget to subscribe for more insights!
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Video “New CATL 2000 Mile Range Battery & $63/kWh Change Everything” was uploaded on 08/28/2026 to Youtube Channel TESLA CAR WORLD

































I’m still skeptical about lithium-air batteries. 12,000 Wh/kg sounds impressive on paper, but the real-world problems seem much harder to solve.
2,000 miles sounds crazy, but the $63/kWh figure is almost as interesting. Which one do you think will have a bigger impact on EVs?
I’m curious whether automakers would actually use the extra energy density for longer range or simply make the battery smaller and the vehicle lighter. What would make more sense?
8,000 cycles at around 70% capacity is pretty impressive. I wonder how that would translate to real-world EV use over 10–15 years.
If battery prices keep falling, would you rather have a cheaper EV with 400–500 miles of range or a much more expensive one that can go 1,000+ miles?
Do you think we’ll see a practical 1,000-mile EV before lithium-air becomes commercially viable, or will another battery chemistry get there first?
The $63/kWh number caught my attention more than the 2,000-mile claim. If cells really get that cheap at scale, EV prices could change significantly.
How realistic is the 2,000-mile range estimate once you include the weight of the complete battery pack, cooling system, safety equipment, and other components?
The 1,200 Wh/kg prototype is actually more interesting to me than the theoretical 12,000 Wh/kg number. Getting something reliable into mass production is the real challenge.
I can see the appeal of lithium-air, but moisture and CO₂ contamination sound like major problems. Has anyone here looked into how researchers are trying to solve that?
TECH TALKS/TESLA
NEEDS MORE PROVEN
DURABILITY.
TO MUCH TO FAST
Great potential. But talks about a range of 2,000 miles would be silly. Why have that heavy of a battery? Average driver might drive 1,400 miles a month. A passenger vehicle only needs enough range to be efficient balance between range/ time to refuel/ cost to refuel. Instead of a 2,000 range. decrease the range to an actual 700 miles and this means lower battery weight and cost. That vehicle would only need to be recharged twice a month.
CATL is famous for its high-performance battery technology.
It offers an LFP battery starting at $63/kWh directly to integrators via its CATL Mall online platform.
Additionally, CATL states its NCM battery technology provides a 621-mile range for EVs while its condensed-matter battery targets a 932-mile range.
Bzdury.
It's ironic that the battery actually gets heavier as it gets discharged as it absorbs oxygen from the air.
God Bless Elon 🎀🌹❤
Get out of my Dreams and come into my Car ! 😂😂😂
Battries like this could transform Aviation.
What about sodium batteries that CATL is also developing?
I WANT TO WORK FOR A COMPANY LIKE THIS 🤪🤯🤭
Такая плотность энергии у лития при сгорании, но это не имеет никакого отношения к аккумуляторам, ибо как заставить литий гореть больше 1 раза никто не знает и никогда не узнает, да и хотя бы как это горение сделать с контролируемым выделением электричества хотя бы 1 раз в общем то тоже.
Были аналогичные разработки с алюминием, там хотя бы оксид алюминия можно собрать и на заводе опять выплавить чистый алюминий, многоразовое топливо типа.
Ну и удачи купить новые ячейки по такой цене, падение цен наоборот замедляется сейчас, доллар обесценивается быстрее оптимизации производства.
Estás muy equivocado.
Lo más importante de una batería, es la seguridad y el riesgo de incendios; y el Litio es el amigo íntimo de la explosión y el fuego.