@neondrifter26/">@
@neondrifter26, you’re acting just like Olivia Doyle here.
Should I write out a lesson to open your eyes, or will you figure it out yourselves?
A new battery starts at 100% capacity.
Naturally, it loses strength during charge cycles; we all age, don't we?
Every single time it drains and recharges, it loses about 0.05% of its total capacity.
Have none of you noticed that once a battery gets old, it simply doesn't hold a charge like it used to?
When voltage drops because the battery is being drained, the voltage falls. When the battery is fresh, it hits the alarm threshold predictably.
But as it ages, that voltage drops much faster! Even if there is technically some juice left when it’s empty, it can't output enough current to power the computer or whatever device is running, causing an immediate shutdown before the system even triggers an alarm. Furthermore, an old battery can't deliver the high current loads that modern computers demand.
Are you seriously going to tell me you haven't noticed older batteries drain faster?
If you have noticed this, then I don't understand the questions.
That specific voltage alarm usually sits around 5% or 10%. If you want to keep using a dying battery, set the alarm to 15% or 20%; that way, Windows actually has time to trigger the alert before everything goes dark.
Was that too complicated? If you were seven years old, I wouldn't trust you with a computer.
This isn't child's play; it's one of the most complex machines humans have ever built.