If I see peak power in manufacture of standard model is 200A this is for a battery of 93A, then doing calculations for my battery of 85a peak power can be 182.79A, I try 180A, what do you think?
Unfortunately, it is not quite that simple, as a battery's discharge current will vary tremendously according to the discharge rate of the actual cells used as well its total Ah rating.
This 5Ah pack has the ability to discharge current at 325A constant and 650A peak:
If your pack was built using the same 65~130C nano-tech cells it would theoretically be able to deliver 5525 Amps
(397.8kW of power) constantly and 1050 Amps
(795.6kW of power) in short bursts!
At the other end of the discharge scale you can find packs that are claimed to be a 28Ah capacity using Panasonic cells that only have a continuous discharge current of just 18A and a maximum instantaneous discharge current of 36A.
If your pack was built using these cells it would only be rated for 55 Amps constant and 110 Amps max!
Unfortunately, the only way you will know whether your battery can produce the required output is to put it under load and see what happens. If the battery voltage drops below 60V under heavy load
(or the BMS cuts the power), then the discharge current is too high for the battery.
Alan
