More like 4.02V. Typical pack voltage on a 80% charge at rest is usually 386V, so sometimes it'll get up to 386.5-387V, which would be 4.03V.Stoaty said:I believe it is about 4.05 volts.
Yeah, I have one, but not totally refined. The bumps could be smoothed out, but this also shows that there's potentially some inconsistency in the readings since these were taken over multiple charges.mbender said:Maybe a more general and useful, if not implied, question would be, "Is there a publicly accessible Volts-per-cell vs. Percent-charged graph or worksheet somewhere?" Surely someone has made such a thing using Leafspy...
Just another way to confirm SOC%.mbender said:I'm not sure what I'd use one for, however -- beyond just comparing my own values from Leafspy to it! Is there any practical need or use for such a chart?
You'll usually see 1.3V in a NiMh or NiCd rechargeable. Yes, it'll work fine in your remote, your typical remote will usually function until the cells go under 1.0V at which point there isn't much juice left.mbender said:Bonus question(s): I bought some lithium AAA batteries but I think they are only around 1.2V fully charged. What gives? Aren't AA and AAA batteries supposed to be 1.5V? Will remotes that required 4 of them work in place of 4 alkaline? Are the batteries (AA or AAA) in gadgets that use four in series, parallel, or both?
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