If you let it sit for some time, that voltage will fall and will probably be able to take extra cost. If you cost it slowly sufficient, it will be more totally saturated at every voltage along the way, and can maintain that voltage once off the charger. Fast chargers will feed the battery lots of charge quicker than it could settle.

I actually have 30 x LiFe batteries at 60AH every - wired in collection. I am working on an EV Motorbike project, and on the stage the place we have selected the batteries, and are trying to make out personal charging and Very basic BMS system.

They will reach that 4.2V mark in a hurry, however then after you're taking the battery off the charger, it'll go down sooner than when you slow charged it. I’m engaged on a Li-Ion battery pack 6-cell, 10.8V 5600mAh, coming from my macbook.

I’m just guessing based mostly on discharge charts I’ve seen. I have some questions of my very own RE Li ion EV batteries. I have carried out my analysis & imagine I understand to be true, Li ion EV batts prefer to be stored at a 50-85% state of cost (SOC). If that is true then I additionally imagine to be true the Li ion EV batt will final fairly a long time.

I’ve hit the issue of leaving the radio switched on whereas on charge as a result of, as your article says, the charger could by no means “see” a current under the termination worth and may continue to charge (at Stage 2). Myself, I use extended batteries that my telephone wasn’t designed for. I’ve realized to pretty much ignore the share that my telephone reviews. I watch the precise voltage as a substitute, again understanding that it does not precisely symbolize charge, and will fluctuate lots.

In my case, the C worth is 3500mA, the amperage at which a full battery would be drained in a single hour. My charger output is 350mA at four.2V, which is 0.1C for my battery.

But it’s a better indicator than the guestimated share. Remember that if charged too shortly, it could attain four.2V with out being full.

I have a 24V 10Ah Li-ion battery that I need to cost while on a boat. I actually have no particulars about the boat as we are unsure what boat we shall be using. I even have join 3 in collection (i get 10.5VDC) and likewise the opposite three in sequence (i get additionally 10.5VDC) and finally the 2 packs in parallel for longer runs. Because it’s not a linear transition, I assume your 85% goal may even be achieved at 3.9V.