Anyone who works in an enterprise knows all too well that even if it works in a laboratory, it can be difficult to scale it up. The cost of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC equipment, the cost of batch input of materials, the cost of processing environment control, etc., may become the fatal injury of the new technology can not be promoted.
For the LITHIUM technology, PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC equipment has been basically mature industry, enterprise preference for pre-lithium program, will be a do not have to do too much site changes, or even take over can directly promote the method. And are very rich lithium material method, just to meet the battery factory in this aspect of the demand. When the first effect of the negative electrode is lower than that of the positive electrode, there will be too much lithium ion loss in the formation of the negative electrode, resulting in the effective space of the positive electrode cannot be underfilled by lithium ions after discharge, resulting in the waste of the space of lithium embedded in the positive electrode.
If a small amount of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC is added into the positive electrode, it can provide more lithium ions for the formation of SEI film. There is no need to worry that the lithium-rich material will not be able to re-embed lithium in the discharge (because all the lithium ions provided by the lithium-rich material have been consumed during formation), isn't it the best of both worlds?
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