You should not have any battery anxietyThank you so much for answering my questions. This really helps settle my battery anxiety.
The battery will hold up anyway.
The only reason to even care (like I do) is to reduce the degradation and keep the range.
For really long ( > 8-10 years) term it might make a difference for how lojg it takes until the battery starts to develope issues.
But in the frame of most peoples use, it is a non issue and you of course only need to follow the manufacturers (simple) advices.
(I try to write this from time to time, but its not possible to add it to every post.)
Thats right:The last question I have for the health of the battery, is it better to charge fewer times and let the battery run down to a low SoC or is it better to keep the car plugged in and charge daily? I’m thinking the answer might be different for the 2 types of batteries the LG and the LFP
LFP’s are much less sensible to the size of the cycle, so you can do litterally thousands of 100-0% cycles. Cyclic wear is a non issue on LFP’s in the EV’s so only how calendar aging affect it is interesting in a degradation point of view.
In theory you could charge only when needed with LFP and charge when the SOC is getting low but I would charge daily to 70% and once a week to 100%.
NMC / LG likes smaller cycles better, but still cycles are nor the main thing that causes degradation. Its again calendar aging.
Use 50-60% charging level for LG NMCA as daily charging, and more when needed.
(100% is not at all dangerous as some might tell you).
To minimize degradation:
-Do not charge more than needed
-Charge often (reduces the need per above and makes the cycles smaller.
-Charge late, so the time at high SOC is reduced, specially when going above 60%.
Again thank you so much for your insight. I intend to keep this car for a long time and want to maximize its health. I’ve installed the home charger so I can do either easily.
Thanks