What does the discharge rate of lithium batteries mean?solar battery storage system direct sales

　　What does the discharge rate of lithium batteries mean? Is the discharge rate of lithium batteries big or small? I believe that these two problems have troubled a lot of friends, let's discuss today!

　　The discharge multiplied rate refers to the current value required when the battery releases its rated capacity within the specified time. It is equal to the multiples of the battery rated capacity in terms of data value, which is usually expressed in letters C. The capacity of each battery is a certain amount in a certain period of time. The discharge rate of lithium batteries refers to several times the discharge of conventional discharge compared with conventional discharge. Seeing this, it is estimated that many friends feel that the discharge multiplier is bigger, the better. Is it really?

　　The higher the discharge multiplier, the faster the electricity is released. Generally speaking, the battery does not need to perform a high power discharge. This one needs to pay attention to it. Equipment that really requires high -magnification discharge, such as air models, because take -off and sudden acceleration will require a large current discharge. At this time, the support of high -magnification batteries is required.

　　So do you understand? In fact, the greater the better the discharge multiplier. The discharge multiplier of the lithium battery is good or the good depends on the equipment you use. There are many equipment that you do n’t need to discharge at all. For example, the competition -level car models, air models, and drones will have a movement with a lot of current in an instant, which naturally requires a higher discharge multiplier. If a high -power discharge battery manufacturer is required.

Read recommendations:

lifepo4 battery 12v company

lithium deep cycle marine battery

12V 400Ah LiFePo4 Lithium Replacing Lead-acid Battery Pack

Can a Solar Generator Run a Space Heater? An Expert’s Guide

Lithium iron phosphate battery pack structure design