The model you mentioned is not the lithium battery model; and there is no such model in the battery name; what you wrote is not the battery model;
The naming rules for lithium-ion batteries are: thickness\width\height\material.
For example, model 063048S represents a thickness of 6 mm, a width of 30 mm and a height of 48 mm. S represents the steel shell and A represents the aluminum shell.
p>Cylindrical secondary lithium-ion battery cell The representation method is: three letters + five numbers
The first letter represents the negative electrode, I represents the lithium-ion battery, and L represents the lithium battery <? /p>
The second letter represents the main active materials of the positive electrode. C means there is cobalt electrode, N means there is nickel electrode, M means there is manga electrodeanesis and V means there is a lead electrode.
The third letter indicates the shape of the battery, and R indicates the cylindrical battery
The first two numbers after the letter indicate the diameter of the battery in mm
p> p> The last two numbers represent ten times the height of the battery, in mm
For example: ICR18650 represents a cylindrical lithium-ion battery cell. The main material of the positive electrode is cobalt, with a diameter. of 18 mm and a height of 65 mm
p>Regarding the angle of placement of lithium batteries in an aluminum housing and whether the electrodes can be oriented down, the author has the following opinions:< /p>
1. Aluminum cased lithium batteries have access angle problems, the main reason is that in order to maximize the performance of the explosion-proof vent, it is best not to visit upwards. safest way;
2. Power banks are usually integrated into a system. Using upward access is also the easiest way to integrate and has a higher utilization rate.