If you build it they will come. Starting in Q4 2010, that's what the Big Three and other manufacturers are banking on as they begin to roll out the first serious wave of electric vehicles to hit the market since the 1990s. International representatives from GM, Ford, Chrysler, Nissan, Toyota, and dozens of manufacturers, utilities, EVSE suppliers, experts, and enthusiasts convened last week at Plug-in 2010 in San Jose to prepare. The principal theme uniting the disparate stakeholders was a call to raise consumer awareness for the changes to come.
Although EVs and plug-in hybrids represent 1 percent of global automobiles, this segment is expanding as consumers seek ways to save money and reduce consumption of foreign oil. During the gas price spikes of 2008, U.S. buyers of electrified solutions such as the Toyota Prius reached 3 percent. Manufacturers believe it'll happen again, and when it does, consumer commitment will escalate from there. Even now, "early adopters and do-it-yourselfers have created substantial market pull," said Alan Montemayor of Southwest Research Institute.
Consumers' choices are due to proliferate substantially starting later this year. The Nissan LEAF and Chevy Volt will lead the next generation of electric cars out of the gate. The 2011 LEAF, a zero-emission BEV with a range of 100 miles, will be deployed first in California, Oregon, Washington, Arizona, and Tennessee. In January, the LEAF will launch in Texas and Hawaii, and will roll out to all states by the end of 2011. The Volt is an extended-range electric vehicle or PHEV (depending on whom you ask) with a capacity to go 40 miles on pure electric power plus 260 additional miles with a 1.4-liter engine powering a generator to sustain the battery charge. The Volt will launch in California, New Jersey, New York City, Connecticut, Washington D.C., and Texas by 2011, and will reach all states and Canada by mid-2012.
The base MSRP for the LEAF is $32,780 and for the Volt is $41,000, but Volt buyers can also choose to lease the cars for 3 years with $2,500 down and $350 per month. This makes the cars roughly the same price per month to drive. Both cars qualify for a $7,500 Federal electric-vehicle tax credit. Both cars come with an eight-year, 100,000-mile warranty. This neck-and-neck competition to win over drivers suggests that consumers are in the driver's seat of the latest electrified solutions.
Niche innovators are carving off their own piece of the market. I test drove the THINK City, a highway-approved vehicle with refined, IKEA-inspired styling. The car has appeal for Cultural Creatives and empty nesters alike, although initial sales are focused on fleets until U.S.-based service centers are up and running.

Sustainability has long been a competitive differentiator for several standouts. Now it seems that few manufacturers can afford not to pay attention. "Electrification will be embedded into the fabric of Ford Motor Company going forward," said Nancy Gioia, Director of Global Electrification for Ford. Although hybrids, plug-in hybrids, and BEVs comprise only 1 percent of today's Ford fleet, the company estimates between 10 and 25 percent if its fleet will be "electrified" by 2020.
Next page: Selling Change to Consumers













































Coal Powered Cars
Anyone who touts these cars as "clean" energy has been fooled. All they are doing is using electricity generated from coal. Efficiency is lost at the coal plant, and in the electric motor, making them inefficient. For that kind of price, I would probably go with a hybrid. I think to really tackle the pollution/foreign oil problem we should invest in an infrastructure designed around natural gas vehicles. This is a resource we have a lot of in America, and though it does still have emissions, they are way less than gasoline or coal. This technology could serve to hold us over until a truly clean, sustainable power source for cars is developed.
EVs electricity draw
A single EV does not draw the equivalent of an entire household's electric use.
The average American home uses between 8,000 and 12,000 kWh of electricity a year. Powering an average EV for 12,000 miles a year would take 3,000 kWh of electricity per year (1 kwh = roughly 4 miles in an EV).
Also, I love all the articles that imply the utilities are cowering in fear over a switch from oil-based autos to electricity based autos.
Please! We're talking about potentially billions of dollars that will suddenly flow into the pockets of electric utilities.
There is no bigger cash cow than fueling the global transportation fleet. Don't believe me, check out the Fortune 500 for 2009. Seven of the 10 top grossing companies in the world are oil companies!
You think the utilities don't want a piece of that?! They're licking their chops right now (yet not a single media outlet is covering this angle...)
EVs
I'm perfectly ready to buy an EV. What I am *not* interested in buying is a hybrid or a mini-car.
I want a full size car with a 300 mile range. If it can do 80 mph, that's fast enough. 300 miles is the minimum, though. It's that far from my rural corner of Montana to the next big city.
I also want something that will survive an accident with a deer. Looking at cars like the Prius, my feeling is that the deer would walk away and *I* would die.
Nice car
I was lately thinking about the prices to change the batteries when they need to be replaced. What will be the cost for that?? and how long batteries will work?
how many batteries are there to run a car?
And finally, will battery give the same performance after a year, like a new one?
some more info
Now I might not know much, but when I see giants like Toyota and Honda jumping head first into the game, we know the electric car has a future, but don't take it from me! Here's a pretty engaging article I got a hold of today that I believe will complement your research quite nicely: http://www.pressdisplay.com/pressdisplay/showlink.aspx?bookmarkid=M2J9P2...
So if you have a minute, this one's not a bad read :)
Too pricey
For that amount, I'd rather buy a BMW