ABOUT CELLS

ABOUT THE CELL

Different cells has different charging and discharge rate

EVE 50E 

1C CHARGING (usually only use 0.2c for charging )

3C DICHARGING

so if a 48v 13ah battery 

it will be 13a charging rate max, and 39a discharging

LG M50T

1C CHARGING  (usually only use 0.2c for charging )

2C DISCHARGING

so if a 48v 13ah battery

it will be 13a charging rate max, and 26a discharging

Higher rates of discharging can lead to increased cell temperature, which in turn can negatively impact battery life.

When it comes to choosing cells for batteries, many prioritize the brand over the cell's performance. However, it's crucial to note that different cells have varying charging and discharging rates.

It's important to understand that these maximum charging and discharging rates may not be practical for everyday use. Typically, battery charging and discharging occur at about half of these maximum rates. For instance, a maximum 13A charging rate may only utilize 2A during charging, while a maximum 39A discharging rate may only use 20A during discharging.

From this comparison, we can conclude that the brand of the battery isn't the sole determinant of its performance. Even top brands may use cells with lower-rate capabilities. Therefore, selecting the correct cells based on their specifications is more crucial than relying solely on the brand name.