Conversation
Lucie / minute
mntmn@mastodon.social
please enjoy the brand new MNT October 2026 Update (written by @holo_memory): https://mntre.com/media/reform_md/2026-10-31-october-update.html
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Pavel Machek
pavel
@mntmn @holo_memory Reading about 2.7V discharge problem.... If you got your cells to 2.7V, there's already failure somewhere. You really should not be going below 3.0V (or 3.3V, really).
And yes, you can probably charge the cell. Or it can catch fire. The probability of catching fire will be higher if the cell voltage is lower.
And yes, you can probably charge the cell. Or it can catch fire. The probability of catching fire will be higher if the cell voltage is lower.
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Lucie / minute
mntmn@mastodon.social@pavel @holo_memory but cells won't hold 3v forever on the shelf due to self discharge, right?
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Lucie / minute
mntmn@mastodon.social@pavel @holo_memory in any case, the cells we include have their own UVLO built in
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Pavel Machek
pavel
@mntmn @holo_memory You probably should hold cells at 4.0V (15C) or so for storage, and they should pretty much hold that storage on shelf for two years or more. You should not really store the cells for more than few months.
if your cells have built-in protections, that may change things, but those should not ever get to 2.7V, either.
if your cells have built-in protections, that may change things, but those should not ever get to 2.7V, either.
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Lucie / minute
mntmn@mastodon.social@pavel @holo_memory well, i don't have control over the charge state at which people store their stuff
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do not charge these cells to 4V that is a very bad plan
CC: @holo_memory@mastodon.gamedev.place @mntmn@mastodon.social
CC: @holo_memory@mastodon.gamedev.place @mntmn@mastodon.social
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Lucie / minute
mntmn@mastodon.social@pavel @khm @holo_memory LiIon on the pocket reform. there's a bunch of confusion in this thread.
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