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Your comments make no sense. Everyone I talk to about BEVs or driving a Volt on the battery alone bring up coal produced electricity. And they think the Tesla being all electric can only run on coal.... that he's not driving an EV:
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(seen on my commute to work this morning. All intended in good fun...)
PWN'd is 1337 speak for 'player owned', a term that spawned from a developer bug in Warcraft that basically describes beating the crap out of someone.
Since electric cars are so efficient (as are large coal power plants presumably) I'd be curious to know just how much coal is needed to propel a Volt or a Model S... eg. x miles per lump of coal :tongue:
I actually did this calculation last year: ... How Much Was Consumed? - fan of the underdog | Seeking Alpha
Essentially: 2000 lbs of coal = 2460 KWh = 7257 (assuming 2.95 miles/kwh) ... ~3.6285 miles per pound of coal.
I almost got a similar plate here in Utah for my Volt. My power is over 80% produced by coal so it would be relevant for my car.
Ended up with IxR for Amps * Ohms = Volt.
That's funny that we were posting at the same time. Using my numbers (5,500 miles/2,000 lbs), I get 2.75 miles per pound of coal, which is about 25% fewer miles than your calculation. Did you happen to take into account transmission and charger losses? I calculated about 10% for each, I think.
Nice! I love nerdy plates. I had one on each one of my BMWs that had the body code and engine code. Still thinking of a good idea for the Model 3 when I get it.Hehe, mine: