The choice of battery for your board doesn't only influence range. It influences the ride quality as well.
Lithium battery(packs) are named with S and P values. The S value states how many cells of the battery run in Series and determines the voltage of the battery pack. The P value indicates how many of those "S-packages" are connected in Parallel.
Example: 6S2P = 12 battery cells, 2 strands of 6 cells connected in series are connected in parallel.
The higher the S value, the higher the voltage, the higher the p value, the bigger the capacity.
Another value important to battery packs is the c-rating. This represents how much current you can use to charge / discharge (use) the battery. The C value is linked to the Capacity. A battery pack with a capacity of 5000 mAh and 1C can be charged with 5000 mA = 5 Amps of current. The same battery pack with 5C can be charged with 25 Amps of current.
The choice of battery for your board doesn't only influence range. It influences the ride quality as well. Lithium battery(packs) are named with S and P values. The S value states how many cells...
read more » Close window The choice of battery for your board doesn't only influence range. It influences the ride quality as well.
Lithium battery(packs) are named with S and P values. The S value states how many cells of the battery run in Series and determines the voltage of the battery pack. The P value indicates how many of those "S-packages" are connected in Parallel.
Example: 6S2P = 12 battery cells, 2 strands of 6 cells connected in series are connected in parallel.
The higher the S value, the higher the voltage, the higher the p value, the bigger the capacity.
Another value important to battery packs is the c-rating. This represents how much current you can use to charge / discharge (use) the battery. The C value is linked to the Capacity. A battery pack with a capacity of 5000 mAh and 1C can be charged with 5000 mA = 5 Amps of current. The same battery pack with 5C can be charged with 25 Amps of current.
