this post was submitted on 16 Feb 2024
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Bikini Bottom Twitter

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Ahoy, me buckos! Welcome to Bikini Bottom Twitter! Your digital reef for the latest salty gossip and treasure tales! And while you're at it, be sure to drop by the Krusty Krab for a delicious Krabby Patty so I can get yer mon- err I mean, 'cause they're the best treat under the sea!

Rule 1 - This is Bikini Bottom Twitter, all posts should be Spongebob related in "(Old-School) Twitter-like" form

Rule 2 - Political posts, as long as it follows rule 1, will be permitted, so long as you behave yourselves.

Bikini Bottom Municipal Code ยง33-07: Anti-Tankie Ordinance Residents are prohibited from circulating tankie ideology or other authoritarian propaganda on Bikini Bottom Twitter. Offenders will be permanently banned from BPT by the BBPD faster than Plankton is ejected from The Krusty Krab.

Rule 3 - Please no reposts within the last couple days, at least

Rule 4 - All posts should be at least above a "Squirdward-krusty-krab-shift" level of effort

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[โ€“] Sadbutdru@sopuli.xyz 2 points 1 year ago (1 children)

What kind of settings do you need to use, to optimise for battery service life?

[โ€“] lemann@lemmy.dbzer0.com 3 points 1 year ago

On my device the charge is set to cut off at 91%, with the maximum charge current set to 500mA. If I'm in a hurry though I typically boost the max current to 1.1A, or the manufacturer's 2.7A if absolutely necessary (although I think that's a bit high personally).

To be honest a 1A max charge current would be a good balance between charge time and battery longevity IMO - the main purpose of the lower charge current is to reduce internal battery heat during charging, change the growth characteristics of lithium dendrite clumping within the battery, and reduce the chance of the battery swelling.

I also try to not discharge below 30%.

I'm not an expert on any of this at all though, I just mainly follow Battery University and some takeaways from a handful of research papers analyzing Lithium-based batteries