A visual tour of the GM Volt, electric cars
WASHINGTON--Amid an uncertain future for the U.S. auto giants, one of the most exciting products is the Chevy Volt, one of dozens of electric cars under development.
General Motors showed off the 2011 Volt at the Electric Drive Transportation Association's Conference & Exposition this week. Several other vehicles--some still under development, some already commercial--were on display as well.
Britta Gross, General Motors' manager of Hydrogen and Electrical Infrastructure Development, walked through the highlights of the Volt with me on Wednesday at the conference. (See grainy YouTube video below.)
To say that GM has a lot riding on the success of the Volt is a bit of an understatement. As its CEO Rick Wagoner requests federal assistance, he can point to the Volt and other fuel-efficient vehicles as the centerpiece of GM's restructured product strategy.
Indeed, GM executives say that the project is still on track and getting all available resources despite the financial straits the company is in. The extended-range electric car, which uses batteries and a gas motor to supplement driving distance, is expected to serve as a platform for a whole line of cars.
GM, of course, is not alone in transitioning to an electric powertrain.
In its plan presented to Congress, Ford Motor this week said that it will accelerate the introduction of a line of all-electric and hybrid electric cars to 2011. Chrysler earlier this year detailed is plans.
Town cars or highway cars?
While the Volt and Fisker Karma have a gasoline engine that will let a driver go for hundreds of miles, the first iteration of all-electric town cars will be limited to about 100 miles. But for daily commuting or for a second car, the range limit isn't a serious barrier, say executives.
Nissan is highly committed to electric cars and plans to roll out all-electric cars for testing in the fall of 2010. "Mass market sales" are scheduled for 2012. The cars will have a range of 100 miles and can be recharged in four hours, according to a company representative.
Mitsubishi is already testing an electric subcompact, the iMiev, which will go over 80 miles per hour and have a 100-mile range. The company will start producing them next summer for introduction in Japan. Then it intends to offer them in the U.S. and Europe.
Think of Norway will introduce the Think City in Norway at the beginning of next year with a new lithium-ion battery. It's a small car with room for two adults in front and two children or storage in the back. The range will be about 100 miles and top out at about 65 miles per hour.
Click on the image to see a photo gallery from the Electric Drive Transportation Association's Conference & Exposition this week.
(Credit: Martin LaMonica/CNET Networks)California-based Miles Electric intends to test an all-electric sedan called the Miles XS500 in California in 2010. The chassis, which resembles a Camry, will be manufactured in China along with the lithium ion batteries. The top speed will be over 80 miles per hour and have a range of 120 miles.
Meanwhile, at the very high end, there is already the $109,000 Tesla Roadster. The Fisker Karma, a luxury plug-in electric sedan, is still on track for delivery at the end of next year.
Certainly less glamorous are several electric utility vehicles and neighborhood, low-speed cars already available, such as the carts available from Global Electric Motorcars.
Martin LaMonica is a senior writer for CNET's Green Tech blog. He started at CNET News in 2002, covering IT and Web development. Before that, he was executive editor at IT publication InfoWorld. E-mail Martin. 



Something I haven't seen mentioned before is that when the Volt is running on fuel to charge the battery pack and you are done driving, there is an option to have the engine keep running to charge when you're away from a location with power. While this isn't so good in a parking garage or your home, it is a nice touch.
I really wish they had kept the concept body- that thing was hot. I understand why it was dropped, but... yeah.
They'll have to really work on getting the sticker price to be affordable.
I expect larger employers like MSFT or Google or even Apple might offer preferred parking for these types of vehicles. Think of it- you charge up your car at home, drive to work and top off there while at work, then drive home. You may end up not touching the gas at all and the company could probably get some sort of credit for being 'green' as a result.
For example, we can place solar PV atop various parking areas to provide shade and power. Also in freeway rest areas, like the ones in Oregon, they installed arrays of solar PV that are grid-tied.
With Solar PV and battery technology in the Volt, we would have reduced need for imported oil.
Solar PV in conjunction with these battery technologies should go hand in hand, to prevent utilities and their power brokers from speculating on the perceived increased demand that jacks up the prices of electric power.
The sad thing is that while First Solar has brought down the cost of production of solar PV to $1.08/watt capacity, the installed cost are still in the $7-$9/watt after rebates. Price of solar PV should go down to $4/watt to be feasible, but the rebates keep the prices up there.
But once the solar PV has gone down cheap enough, to below $4/watt after rebates, then it would be wise to purchase both if you can. RE-EVs and solar PVs. Energy independence and security at the household level wouldn't be far away.
I would have applauded GM if they went with A123's Lithium Ion Iron Nanophosphate batteries that are locally manufactured in the US, whose batteries are far safer, higher power density and several times longer life span, albeit at a very justifiable higher price. And look at Think's car which is powered by A123, it can beat Tesla when it comes to traversing the first quarter mile, because it can deliver power very quickly without the need for cooling apparatus. That is how safe A123 batteries are. Quick charging and discharging with at least 150,000 cycles.
And adding insult to injury is that LG Chem has developed s much more improved batteries that are at par with A123's, but have received instruction form the Korean Government to release those batteries only to Korean Car companies. And guess what, Hyundai got those better LG Chem batteries for cars sold in New Zealand, and has therefore leapfrogged GM's Volt! Hyundai's RE-EV's have longer electric mile range than the Volt at same price range.
I don't know what to make about GM's decision making team.
The LG Chem batteries will be produced forever in Korea. GM confessed that they have moved their R and D from Michigan to Koreaand thus will be subsidizing the LG Chem battery packs Research and Development in Korea. This is insane for them to have balls asking for bailouts! Do you want to forever subsidize R&D in Korea?
They come out with a car that can be charged on 110/220. OK great.
Batteries are DC current.
PV cells are DC current.
You lose a lot of power converting DC to AC back to DC
Plus a power converter in the car that takes 110/220 and charges the battery adds weight that lowers you mileage. Every pound slows you down.
If the government is moving at full speed toward adding PV to the list of power sources for building and public spaces, why not add a DC input to the electric cars that can be driven from PV sources?
By the way, in an earlier comment by Joe Real, he made a comment on the costs per watt for PV being too high. There is a way around it, there is a company back in Massachusetts that invented and is installing PV with 60% efficiency.
Check it out http://www.sundrumsolar.com/
How? PV panels because of the sun and color and conversion get hot, very hot and heat causes the PV performance to degrade. So they add a heat exchanger and pump a fluid behind the PV panels and then the heated fluid (about 140F) is used to heat the hot water for the building. So, you get improved PV output and hot water at the same time. That is Yankee ingenuity that needs to be incorporated in homes and public buildings. Cheap and immediate improvements.
No further bailouts for GM unless:
GM will required to mass produce the Volt car for the US market by 2010 and beyond.
GM will be required to source 85%-100% of the Volt's parts from US manufacturers and suppliers
GM will be required to source the best battery packs that were developed by US companies and require the battery makers to manufacture batteries in the US.
GM can continue their R&D in Korea, and even manufacture Volt cars in Korea for sale to the Europe and other global markets but not in the US.
The cost of fuel over the life of a vehicle can be more than the purchase price.
Can a electric car be used as a second vehicle?
Can a electric car be used as a first vehicle, and hire a car for the few days where long trips are needed?
To work out the purchase plus running costs of electric versus petrol cars over time I have created a online calculator to work it out.
http://www.matthewb.id.au/media/Electric_Vehicle_Calculator.html
The default values for the electric car is based on the Think City shown in the article.
Regards
Matthew Bulat
http://www.matthewb.id.au/
- by mechanix22 February 17, 2009 9:07 PM PST
- Massive stuff..GM is doing it's bit to restabilise the automobile world.
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