⚡Batsodium is the key variable. Cheap EV car. Production cost is as focused as lithium 2027.

Battery manufacturer! Battery sodium is the key variable. The production cost is as high as lithium in 2027 🤩🤩 and will be cheaper in 2028. And the density can also reach 170 Wh / ⚡⚡

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For electric cars, we often talk about "running distance" or "charging speed," but in reality, the factor determining the future of the entire industry is one word, cost.

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And today, the game is shaking when the Sodium-ion battery, which was once considered a backup option, is moving closer to where it is "right enough" and "good enough."

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According to the latest data from Hina Battery, the cost of sodium batteries is currently around 0.5-0 7 yuan per Wh, while lithium batteries are around 0.3-0 .5 yuan per Wh. Although sodium is still more expensive, the trend is changing markedly. The sodium side is rapidly reducing costs, while lithium is starting to face raw material and price structure pressures.

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The key intersection is predicted at 2027-the year when the costs of the two technologies will "collide," and in 2028 the price ranges will begin to overlap significantly, which in the industrialized world, this is not just a number but a sign of "broad practical start-up," because no technology will be used to replace it if it is not economically worthwhile.

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What's even more interesting is that sodium is no longer just in the lab, but the "real thing" is starting to be seen, especially in the truck group, which is one of the heaviest jobs for batteries. Hina revealed that batteries using batsodium can reduce energy consumption per kilometer by about 15% and run about 20% farther compared to lithium systems.

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The main reason comes from the properties of batsodium that can discharge deeper, allowing it to extract more energy at full capacity. It also works well in extreme weather conditions, from -40 ° C to 60 ° C, and retains a capacity of more than 90% even in -20 ° C, with a long life of more than 8,000 fast charging cycles.

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On the performance side, numbers that used to be a disadvantage are starting to be caught up. Batsodium now has an energy density of 170-180 Wh / kg, which approaches batlithium in many applications and is sufficient for practical use in some automobiles, no longer just energy storage systems.

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Looking ahead, the picture is getting clearer: after 2028, batsodium will not be just a "choice," but will become a "key variable" of the entire system, at a cost that could be reduced to about 0.3 yuan per Wh and hundreds of GWh of annual capacity, the same level as major industries.

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All of this reflects something bigger than the battery itself: changing the structure of energy. The world is moving from a dependence on rare earths like lithium to a more accessible alternative like sodium, which is more common in nature and more stable in supply. 🤩🤩

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Cr: carnewschina

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# EV # SodiumIon # Battery # Battery sodium# Battery EV # Tech # Electric Car