this is the first instance i see of someone trying the sodium-ion chemistry (as opposed to the common lithium-ion or in our case, lithium iron phosphate) in a MNT Reform laptop: https://tiny.tilde.website/@lykso/112221544025551357
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minute (mntmn@mastodon.social)'s status on Tuesday, 09-Apr-2024 07:20:04 JST minute -
mhoye (mhoye@mastodon.social)'s status on Tuesday, 09-Apr-2024 07:23:10 JST mhoye @mntmn I am very interested in this.
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JP (froztbyte@mastodon.social)'s status on Tuesday, 09-Apr-2024 07:39:06 JST JP @mntmn neat. I’m quite keen to see how those end up working, too!
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minute (mntmn@mastodon.social)'s status on Tuesday, 09-Apr-2024 07:40:46 JST minute @mhoye what kind of mAh ratings have you seen?
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mhoye (mhoye@mastodon.social)'s status on Tuesday, 09-Apr-2024 07:40:47 JST mhoye @mntmn Particularly considering lifepo4 batteries are totally unobtainium here in Canada, and some of the MaH ratings on the sodium-ion batteries I am seeing are bonkers.
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mhoye (mhoye@mastodon.social)'s status on Tuesday, 09-Apr-2024 08:18:03 JST mhoye @mntmn The 18650-sized sodium-ion batteries are all in the 1300-1500 range, but some of the larger ones are both affordable-looking an claim 10aH+ Just gotta (checks notes) print a new mnt bottom case and rewire a few things.
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FrostBeast (frostchild@mastodon.social)'s status on Tuesday, 09-Apr-2024 09:52:40 JST FrostBeast @mntmn What about sand batteries? I hear there be people testing those and they have potential far beyond that of most others. They also are made from extremely common materials supposedly.
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