Thanks for the feedbacks.
As you may know, battery ageing is mainly associated to two phenomena: capacity fading and increasing equivalent series resistance.
Now, these two macroscopic phenomena can modelled by two processes.
Calendar ageing: the battery is ageing with time as a function of its temperature even if it is not cycled. This process can be studied using Arrhenius-type equations.
Cycling ageing: the battery is ageing as a function of the type of cycles it is subjected.
As far as the battery life is concerned, whatever is the electrochemistry (NMC/NCA cathodes and Graphics/Graphite-Si anodes), there is always a minimisation of the cycling ageing if you use the battery within SoC that are well within 0 and 100%. So, in this respect it would been useful to have a max SoC setting.
As you may know, battery ageing is mainly associated to two phenomena: capacity fading and increasing equivalent series resistance.
Now, these two macroscopic phenomena can modelled by two processes.
Calendar ageing: the battery is ageing with time as a function of its temperature even if it is not cycled. This process can be studied using Arrhenius-type equations.
Cycling ageing: the battery is ageing as a function of the type of cycles it is subjected.
As far as the battery life is concerned, whatever is the electrochemistry (NMC/NCA cathodes and Graphics/Graphite-Si anodes), there is always a minimisation of the cycling ageing if you use the battery within SoC that are well within 0 and 100%. So, in this respect it would been useful to have a max SoC setting.
