But scheiße, I had to buy new phone anyway, because banking app refused to work on Android 6.
The humor comes from pointing out the irony of having this "impressive" collection, which is no longer useful: the player has already completed everything important, but still managed to gather many potions they might not need anymore."
Seems like it’s not worth the hassle at all at least for me.
Edit: since first use Sep 2023
It seems difficult from these numbers to see when, if ever, this choice is going to pay off for the people who opt in.
Presumably, they've already effectively done this by choosing voltage amounts that balance warranty repairs with battery life. e.g. the iPhone 15 charges to a max of 4.48V, but the battery presumably physically supports some higher voltage for "100%" that would give more capacity and less lifespan. (Notably, different iPhone models have different voltage ranges.)
Two words: resale value
Aside from lack of scratch and dent wear, showing a 98% - 100% battery health is very convincing that the phone is "like new".
This gets you back up to the "refurb" price levels instead of the "trade in" price levels from Apple or Gazelle.
My iPhone 15 Pro is at 97% battery health after 287 cycles. My "normal" usage with "optimized charging" will usually result in a phone with 95% - 98% health after a years.
I think the major thing here is number of cycles. I normally charge once per day, at night while sleeping, and with optimized charging i almost never need to charge my phone during the day. With 80% limit enforced i found myself needing to charge late afternoon 2-3 times per week, especially towards the end of the 12 month period.
My point is that i use the same amount of power during a day, regardless of charge limit on the phone, so the number of cycles will be somewhat identical, with the only difference being that with optimized charging i start with 100% battery and plug in around 30%, and with 80% limit i plug in with ~10%, and low SoC (<20%) is almost as bad as high SoC (>80%) for Lithium batteries in EVs, and i doubt it's any different in phones.
iPhone likes to stay on single battery percentage for such a long time for no apparent reason that it feels like a misleading number.
Probably could be more diligent with planning and charging while using near a desk, but that adds mental overhead for very little gain. Her time and mental capacity is best spent towards focusing on her extremely high stress job. The entire point of apple ecosystem is to not have to think about it.
I rarely use the 80% feature of my iwatch since I have no idea which day out of 30 or so I actually end up needing that last 20%. Not worth the extra battery towards end of life since I will very likely be trading in and upgrading by the time it’d ever be useful to me. Even a single day of not having a dead watch offsets the cost for me.
YMMV of course!
Biggest downside I've found is around recording calls. I'm sure there are ways to do that with VOIP, but I've found it easiest to just use my cell when I have the occasional call I need to record.
I usually only have regular "fast" charge enabled on Android not super fast charge. (10w vs a ~18W on my Samsung S22).
I'm curious how much effect the charge rate limit has. It's not a huge charge rate difference on my phone, 10 vs 18W; I'd imagine higher rate charge devices might benefit more.