Talking about the first efficiency of the whole battery, we should start with its test method. Before the battery injection, it needs to go through the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC iron removal, the battery injection after formation and capacity separation of these two processes, generally speaking, formation and capacity separation of the first step is the charging process, the sum of the two capacity, is the first full battery charging capacity; The second step of the separation step is usually discharged from full charge to empty charge, so the capacity of this step is the discharge capacity of the whole battery.
Combining the two gives an algorithm for the first efficiency of the whole battery:
First efficiency of the whole battery = discharge capacity of the second step of dividing capacity/(conversion capacity + charging capacity of the first step of dividing capacity)
Now that we know the test method, let's look at what determines the initial efficiency of the whole battery. To understand this problem, let's first assume a full battery that uses a ternary MATERIAL with a first efficiency of 88% in the positive electrode and a PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC with a first efficiency of 92% in the negative electrode. What would be the first efficiency for this whole battery?
Contact: DELLA
Mob: +86-13929907491
