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Tony Belding @ May 7th 2007 8:56AM
The reason it will go only 40 miles on battery power is because it's also lugging around a whole gasoline engine, generator, fuel tank, exhaust system, and so forth. If you ripped all that out and replaced it with more batteries and tweaked the aerodynamics, it could have a 200 mile highway range on batteries.
However. . . It would then become more expensive (try pricing half a ton of laptop batteries!), and you wouldn't have an option to take long road trips without recharging, and you'd basically have a Tesla Whitestar -- which should also be on the market by then. It'll be interesting to see which approach proves more successful.
I have really mixed feelings about the Volt. I strongly dislike the styling, which seems both ugly and non-aerodynamic. It annoys me that GM insist on calling it an "electric car" even though it's a PHEV, and they certainly should know the difference. It annoys me that GM chose a design which flogs the batteries very hard instead of making an EV that could work with today's battery technology, as Tesla are doing. It annoys me that you'll have to lug around -- and maintain -- an internal combustion engine, even though you probably won't even be using it the great majority of the time.
To be fair, a 200-mile BEV would be lugging around a lot of expensive batteries that it wouldn't even be using the great majority of the time, so I wonder which is really better?
The Volt is not an elegant solution. However. . . Even if it isn't the car I would have designed, I give GM credit for going where many of there competitors don't have the vision to go. You don't see Ford, DaimlerChrysler, VW or even Honda doing this. (Toyota have said they are going to make a PHEV, they announced it before the Volt, but nothing else is known about it.)
Rick @ May 24th 2007 12:28PM
I disagree with your assessment that the design is not elegant. The battery pack size is a reasonable compromise for a vast majority of commuters and the ICE engine is the necessary insurance to allow the car to be driven anywhere in our current gasoline dominated environment.
The key to the design is the e-flex platform that the car is built on. The gasoline engine can easily be replaced by other power sources as our energy supply changes. For example if we move towards a hydrogen economy (the new technology at Purdue University may make this possible) the gasoline engine gets replaced by a fuel cell stack or as GM has indicated an efficient diesel (running biodiesel) can replace the gasoline engine or just use E85 when you fill up the gasoline engine - that is flexibility. From the point of view of a practical, marketable vehicle this is absolutely an elegant design. Kudos to the GM engineers!
I do agree with you on the styling - the low slung look while interesting does not look very practical. Make it aerodynamic and practical for four adults.
I am ready to buy one now - get going GM.