Pikachupirlo27
Computer
- Oct 9, 2019
- 2
Good day everyone
I am actually interested in Tesla batteries but you can apply the following question to all lithium-ion batteries:
Based on a paper it's known that a lithium-ion batterys life will be longer when you don't charge it to 100%. Even Tesla recommends not to charge the battery to 100%. So why is there no kind of buffer which stops the charging at 90%. I mean it's in best interest for the customer to have a long-living battery.
Of course I can imagine that it's sometines beneficial if you can charge your battery to 100% and use these extra miles. But normally I don't need a fully charged battery. Also, it's annoying to plug in your ev and then come back a few hours later to just plug out the charging cable so it doesn't hit the 100%. In best case you want just to drive home, plug in the cable and in the next morning drive away again.
Best regards
P27
paper source
I am actually interested in Tesla batteries but you can apply the following question to all lithium-ion batteries:
Based on a paper it's known that a lithium-ion batterys life will be longer when you don't charge it to 100%. Even Tesla recommends not to charge the battery to 100%. So why is there no kind of buffer which stops the charging at 90%. I mean it's in best interest for the customer to have a long-living battery.
Of course I can imagine that it's sometines beneficial if you can charge your battery to 100% and use these extra miles. But normally I don't need a fully charged battery. Also, it's annoying to plug in your ev and then come back a few hours later to just plug out the charging cable so it doesn't hit the 100%. In best case you want just to drive home, plug in the cable and in the next morning drive away again.
Best regards
P27
paper source