2 batterys of equal voltage and amp/hour ratings can be VERY diffrent in performance...
Batterys also have a continous discharge rating .
The shit batterys from china can discharge about 15amps continously MAX
Where MY battery can dischrge 75amps continously .
This means my control unit will always be given however many amps it wants as my control is a 35amp rating.it runs at full capacity which gives me 48v X 35 A = 1680 watts of power just over 2HP
Basically if your battery cant discharge fast enough to feed your control and motor full amps you dont get full performance..
it is a mathimatical equation and it is VERY simple... Voltage X Amps = Output in Watts
You need a battery with at least a 10C discharge rating and 5C charge rating . This will ensure you dont get any bottle necks from the battery side of things.
Batterys also have a continous discharge rating .
The shit batterys from china can discharge about 15amps continously MAX
Where MY battery can dischrge 75amps continously .
This means my control unit will always be given however many amps it wants as my control is a 35amp rating.it runs at full capacity which gives me 48v X 35 A = 1680 watts of power just over 2HP
Basically if your battery cant discharge fast enough to feed your control and motor full amps you dont get full performance..
it is a mathimatical equation and it is VERY simple... Voltage X Amps = Output in Watts
You need a battery with at least a 10C discharge rating and 5C charge rating . This will ensure you dont get any bottle necks from the battery side of things.