As someone who has to use a laptop for work, I keep my laptop plugged in 8 hours or more a day, 7 days a week. The laptop's battery during these days would discharge and charge, slowly degrading the battery because only the last ~ 20% would be charged and discharged …
I don’t really understand that argument, and I want someone to correct me:
If you were keeping your battery at the ideal charge (i.e. 20% to 80%) that means you are really only using 60% of your battery during its lifetime. I’ve been using my phone since July of 2021, always changing it to 100%, preferably only charging when it gets close to 0%. Using AccuBattery I get the battery stats and after 2 years and a half, the battery capacity is at 85%.
I still have 85% of usable battery, this is more than the 60% I’d get if I was using the battery ideally. So I don’t really get this argument about taking care of the battery cause it appears it would take a while before the battery is degraded enough to hold less charge than the recommended rate.
There’s other things that happen to a battery as it ages. Voltage sag with heavy current draw is one. An app that measures capacity may not take this into account. It may look fine and be at full voltage with light usage, but then launch a CPU-heavy app and it drops down a few tenths of a volt and isn’t able to hold the voltage.
If it’s discharged enough, sometimes this will drop the voltage enough to cause the phone to shut off even if it has a decent charge, say 20-30%.
You’ll notice this in reverse too. The battery will seem to start charging faster than usual, but then the rate drops off dramatically as it gets close to full.
As a drone enthusiast, I’m pretty familiar with this effect because we abuse the shit out of our batteries.
Stopping charge at 80% (and still going down near 0%) should give you roughly 4x the cycle life. So in theory doing that it would take about 8 years to hit the same 85% usable level.
85% left after 2.5 years is a high rate of wear, due to phones really pushing as much as they can into the battery to have longer run times.
I don’t really understand that argument, and I want someone to correct me:
If you were keeping your battery at the ideal charge (i.e. 20% to 80%) that means you are really only using 60% of your battery during its lifetime. I’ve been using my phone since July of 2021, always changing it to 100%, preferably only charging when it gets close to 0%. Using AccuBattery I get the battery stats and after 2 years and a half, the battery capacity is at 85%.
I still have 85% of usable battery, this is more than the 60% I’d get if I was using the battery ideally. So I don’t really get this argument about taking care of the battery cause it appears it would take a while before the battery is degraded enough to hold less charge than the recommended rate.
There’s other things that happen to a battery as it ages. Voltage sag with heavy current draw is one. An app that measures capacity may not take this into account. It may look fine and be at full voltage with light usage, but then launch a CPU-heavy app and it drops down a few tenths of a volt and isn’t able to hold the voltage.
If it’s discharged enough, sometimes this will drop the voltage enough to cause the phone to shut off even if it has a decent charge, say 20-30%.
You’ll notice this in reverse too. The battery will seem to start charging faster than usual, but then the rate drops off dramatically as it gets close to full.
As a drone enthusiast, I’m pretty familiar with this effect because we abuse the shit out of our batteries.
Stopping charge at 80% (and still going down near 0%) should give you roughly 4x the cycle life. So in theory doing that it would take about 8 years to hit the same 85% usable level.
85% left after 2.5 years is a high rate of wear, due to phones really pushing as much as they can into the battery to have longer run times.