Burton4290
New Member
Okay guys, my overthinking brain is getting the best of me and I need an explanation of whether this thought is right or wrong.
Let’s go with a standard diy setup hypothetical situation here. You have a solar array connected to a charge controller, and CC is connected to 48v lithium battery, and then battery connected to an inverter.
If the battery is hypothetically COMPLETELY full, but solar array is still producing, and inverter is still feeding a load, how would this not cause metallic lithium plating within the battery as the battery is full but CC is still supplying current as some sort of “pass through” to the inverter? Would this not essentially act as a trickle charge as current is still going through the full battery to feed the inverter?
I’m sure this might be the dumbest question ever asked on this forum, but this crazy thought popped into my head and won’t leave now.
For those wondering why I’m thinking along these lines, I’m trying to see if there is a way to extend the capacity of an eco flow delta. My thoughts would be to have solar feed CC, CC would feed standalone battery, and that battery would then be plugged into the back of the eco flow solar input which accepts 12-55v. If the standalone lithium battery’s are full but eco flow is not, would the current passing through the full lithium pack to get to the eco flow not cause issues?
Let’s go with a standard diy setup hypothetical situation here. You have a solar array connected to a charge controller, and CC is connected to 48v lithium battery, and then battery connected to an inverter.
If the battery is hypothetically COMPLETELY full, but solar array is still producing, and inverter is still feeding a load, how would this not cause metallic lithium plating within the battery as the battery is full but CC is still supplying current as some sort of “pass through” to the inverter? Would this not essentially act as a trickle charge as current is still going through the full battery to feed the inverter?
I’m sure this might be the dumbest question ever asked on this forum, but this crazy thought popped into my head and won’t leave now.
For those wondering why I’m thinking along these lines, I’m trying to see if there is a way to extend the capacity of an eco flow delta. My thoughts would be to have solar feed CC, CC would feed standalone battery, and that battery would then be plugged into the back of the eco flow solar input which accepts 12-55v. If the standalone lithium battery’s are full but eco flow is not, would the current passing through the full lithium pack to get to the eco flow not cause issues?