fyi we call electric engines motors. engine typically implies a gas or diesel engine in this context.
aside from that I have no idea what you are trying to accomplish, these problems have been solved a hundred times already, and of course you haven't given us nearly enough information to answer any sort of questions.
I was going to say you might be able to guesstimate the alternator as motor torque based on the graph, but it doesn't even go below 2000 rpm for some reason, which makes me wonder what kind of starter (from 0 rpm) it would make.
but lets assume the graph as alternator is roughly the same as motor once it is spinning.
so just to test your understanding (and assuming %100 efficiency), what is the torque being put into the alternator if it is making 24 volts and 170 amps at 6000 rpm?
aside from that I have no idea what you are trying to accomplish, these problems have been solved a hundred times already, and of course you haven't given us nearly enough information to answer any sort of questions.
I was going to say you might be able to guesstimate the alternator as motor torque based on the graph, but it doesn't even go below 2000 rpm for some reason, which makes me wonder what kind of starter (from 0 rpm) it would make.
but lets assume the graph as alternator is roughly the same as motor once it is spinning.
so just to test your understanding (and assuming %100 efficiency), what is the torque being put into the alternator if it is making 24 volts and 170 amps at 6000 rpm?