bigbrovar
New Member
Hello guys,
I just got some eve lf280k from china and I am setting out to determine their capacity while also top charging them.
The plan is to discharge each cell to 2.5v then charge them (using the EBC A40L tool) to 3.65v while noting how much capacity in Amps it takes to get it to 3.65v.
This way I am about to have each charged battery to their fullest. Each fully charged battery is added to a parallel connection.
Once all the batteries go through this discharge and "100%" charge cycle, they would all then be given a final top balanced charged this time in parallel.
I am doing this to save on energy and time (as against fully charging, then testing capacity by fully discharging and then charging them back to full)
Just want a different set of eyes to look into this plan and explain what I might not be seeing and if there is any danger or wrong assumptions.
Appreciate.
I just got some eve lf280k from china and I am setting out to determine their capacity while also top charging them.
The plan is to discharge each cell to 2.5v then charge them (using the EBC A40L tool) to 3.65v while noting how much capacity in Amps it takes to get it to 3.65v.
This way I am about to have each charged battery to their fullest. Each fully charged battery is added to a parallel connection.
Once all the batteries go through this discharge and "100%" charge cycle, they would all then be given a final top balanced charged this time in parallel.
I am doing this to save on energy and time (as against fully charging, then testing capacity by fully discharging and then charging them back to full)
Just want a different set of eyes to look into this plan and explain what I might not be seeing and if there is any danger or wrong assumptions.
Appreciate.