Way back when, JoeS did some measurements using a Hall Effect ammeter (very accurate) and came up with the following "Interpreting what you're looking at: at 22mph the iMiEV is drawing 2.0Amps out of its (nominal) 330V pack, thus consuming 0.66kW at 22mph.
What this means, if we get really greedy and say that we have a fully-usable 16kWhr pack, then we could go (16/0.66)*22 = 533 miles at 22mph on one charge. Let me repeat that: a range of 533 miles at 22 mph on a single charge."
This doesn't necessarily mean you could go THAT far, but speed and the wind resistance that causes is the BIG enemy of range and most of the amps you're using are just to push the air. I would imagine a 'realistic' range on level ground with no wind at 22 mph would be between 150 and 250 miles . . . .
Don
What this means, if we get really greedy and say that we have a fully-usable 16kWhr pack, then we could go (16/0.66)*22 = 533 miles at 22mph on one charge. Let me repeat that: a range of 533 miles at 22 mph on a single charge."
This doesn't necessarily mean you could go THAT far, but speed and the wind resistance that causes is the BIG enemy of range and most of the amps you're using are just to push the air. I would imagine a 'realistic' range on level ground with no wind at 22 mph would be between 150 and 250 miles . . . .
Don