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There's a line of thinking that recommends that you never meet your heroes, as they'll only disappoint you.
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You could argue that the same applies to cars, and the DeLorean DMC-12, stainless star of the silver screen, is often described as one of those cars--slow, crude, not great fun to drive.
But Matt Farah from the DRIVE channel on Youtube has been hunting for his ideal DeLorean, and that search has brought him to the electric-powered version you can see in the video above.
It's actually the creation of the DeLorean Motor Company (DMC), the phoenix-like reinvention of the company that started it all those years ago.
DMC bought all the tooling and parts--and the name--from the receivers, and now survives by providing spares for every DeLorean on the planet. Oh, and they also make an electric DeLorean...
Where we're going, we don't need internal combustion...
With 230 horsepower and 240 lbs ft. of torque, it has around 100 horsepower more than the original's Renault/Peugeot/Volvo V-6, and twice the torque. Top speed is over 100mph, and the benchmark 0-60mph sprint takes "sub 5 seconds". That's around half the time the original car takes to reach the same speed.
The prototype uses a lithium-ion phosphate battery pack and a DC motor, but production examples will use an AC motor so regenerative braking can be utilized. The production model will also feature a larger battery pack, extending into the currently-empty transmission tunnel--so range could be as much as 200 miles.
The production car will even feature "reverse to grid", a system we've seen with the "i-MiEV house", where the car's battery can actually be used to supply power to your home, in times of a power outage.
Price is currently estimated at $95,000, or around double that of a top condition standard DeLorean. That's a lot of money, but for the small range of buyers who'll get their hands on a car, almost certainly worth it.
An electric DeLorean? This is one hero you really should meet...
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Have an opinion?
230hp is approximately 170KW. That is a pretty large DC motor. It will lose its torque as the speed increases.
I am NOT sure a 35KWh battery will power a home for 3 days. Typical homes consume about 400KWh per month. In TX, I imagine it will be higher due to A/C usage. It will be lucky if the 35KWh can last 2 days...
And Matt, please stop yelling at us, the viewers. Your approach makes your monologues difficult to watch. Talk to us the way you talked to your interviewee...
And Matt, please stop yelling at us, the viewer. Instead talk WITH us the way you talked with your interviewee.
1: The amount of energy that can be carried in a vehicle as electrical charge is still only a fraction of that which can be carried as chemical energy for use in an IC engine – basically, we are still a long way from being able to carry the battery equivalent of 10 gallons of diesel/gasoline.
2: There is no environmental benefit in electric cars if the charge they use comes from a grid which is largely supplied by burning fossil fuels, it merely shifts the source of the pollution - in fact it's worse, since power stations are generally dirtier per KW output than modern vehicles, plus you’ve got transmission losses …
I’m afraid I don’t see us cracking either of these any time soon.
Monty
But California, which will buy more plug-ins than the next 5 states combined, has a fairly clean grid. The equivalency there is ~ 100 mpg. Which is to say, in CA, the plug-in will ALWAYS be cleaner.
In Europe, which (aside from France) has remarkably dirty (coal-heavy) grids and much higher average vehicle efficiency, the numbers are not as good. Where do you live?
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