You need a TARDIS.what about time. that is a major factor. can we somehow stop time?
So sounds like basically don't use your phone at all. Or spend half your waking life worrying about your battery and get maybe 50 more cycles out of it- thats diminishing returns.
Would it be better to just do whatever and get a new battery or phone if needed?
No, it IS a guarantee. Minimize the time spent at or near 0% and 100% and you WILL reduce cell degradation. That is the nature of lithium cells.... ALL lithium cells. It is not opinion, it is fact. How much you reduce cell degradation with careful use is an open question since it is heavily dependent on how each individual user implements the guidelines. We also have zero access to the actual battery datasheet so it is not possible without experimentation to put actual numbers on the contribution to degradation from each parameter.Even if you did all those things its no guarantee you would have helped your battery. It definitely increases your chances but it doesn't guarantee anything, I feel that battery chemistry is not an exact science(am not trained or certified expert).
Yeah I would like to see stats but understand its not available. Also are you assuming 100% on the phone display is 100% battery? Do we know if apple is really capping it at a lower mark?Depends on what you consider the minimum acceptable run time and how willing you are to pay Apple's prices for a new battery. For me, at $79 I'll make an effort to reduce cell degradation when possible but I don't stress over it. At $29, even less so.
No, it IS a guarantee. Minimize the time spent at or near 0% and 100% and you WILL reduce cell degradation. That is the nature of lithium cells.... ALL lithium cells. It is not opinion, it is fact. How much you reduce cell degradation with careful use is an open question since it is heavily dependent on how each individual user implements the guidelines. We also have zero access to the actual battery datasheet so it is not possible without experimentation to put actual numbers on the contribution to degradation from each parameter.
One bit of good news is that unlike a laptop that is constantly plugged into AC power and spends most of its time at 100% charge, a phone is almost always discharging and therefore spends relatively little time at 100% charge.
Paul
In the absence of any hard data to the contrary, I am assuming 100% on the battery gauge is 100% charge for that cell chemistry. Apple may be capping it at a lower voltage but I don't think anyone actually knows without independently measuring the cell voltage.Yeah I would like to see stats but understand its not available. Also are you assuming 100% on the phone display is 100% battery? Do we know if apple is really capping it at a lower mark?
I agree in a way as Tesla allows you to cap their charging at 80-90 but you can change it and that is for a car and you can be stranded so its much different than a smartphone. However even with that and babying of the battery some of them still degrade very quickly due to xyz reasons so I dont think its “guaranteed”. but will agree to disagree on that. Happy NY!In the absence of any hard data to the contrary, I am assuming 100% on the battery gauge is 100% charge for that cell chemistry. Apple may be capping it at a lower voltage but I don't think anyone actually knows without independently measuring the cell voltage.
Paul
You need a TARDIS.
Fortunately, Apple provides a dongle for that.
That too. But OP needs to be doing 88mph for that to kick in.Or he could use a flux capacitor![]()
1 upgrade every year....problem solved