After switching back to openSUSE (GNOME) from Fedora, my laptop battery is only charging to about 70%. In Fedora (and Ubuntu, Linux Mint, and even Puppy which have been used before on this laptop) it charged fully.
Now, what’s kind of confusing to me is that even if I have my laptop off for charging, it still shows only around 70%. So perhaps it is only detecting 70% of my battery, even though the capacity under power statistics is 97.8%?
Also, my battery runs out faster in openSUSE, although I really don’t mind, as battery life can sometime be a hit-or-miss with Linux.
Anyways, my main question is: Are there any possible ways to make my battery work properly? I understand that it may be a hardware problem, but I’m still thinking it might be a bug, as it happened right as I switched to openSUSE.
Thank you, Cameron. If you need hardware info, just tell me what you need and I’ll post it here.
My battery seems to give accurate results, although sometimes it says fully charged at 100% and others 98%, but that’s close. If anything Gnome is better than KDE for power management generally on 11.3.
What does it report when you use the command in a terminal (normal user): acpi -V
I would suspect the problem is battery/switching related rather than openSUSE related. I had battery problems on my dual book machine but both Windows and openSUSE reported the same.
Never seen that message here, it could be genuine. I would stick with Gnome for testing this. There are known problems with 11.3 KDE and incorrect reporting on switching between battery power and AC power. KDE is transitioning from HAL (deprecated), whereas Gnome on 11.3 is HAL free I believe.
Thank you Andrew. At the time I was testing it and thinking it was that, quickly looked for acpi package while in Yast but must have been sleeping or obsessed with testing PulseAudio (new KDE default).
BTW there is now more info in the output. Here is mine from 11.4 RC1:
acpi -V
Battery 0: Full, 100%
Battery 0: design capacity 3808 mAh, last full capacity 3694 mAh = 97%
Adapter 0: on-line
Thermal 0: ok, 45.0 degrees C
Thermal 0: trip point 0 switches to mode critical at temperature 105.0 degrees C
Thermal 0: trip point 1 switches to mode passive at temperature 95.0 degrees C
Cooling 0: LCD 5 of 15
Cooling 1: Processor 0 of 10
Cooling 2: Processor 0 of 10
Battery design capacity, Thermal trip points, and Cooling are all new. Given it’s not water-cooled, it must mean the Fan!